Big PK-Power consumption costs for LED and other electronic equipment 7.14
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新能源汽车和汽车相比的英语作文With the growing awareness of environmental issues and the need to reduce greenhouse gas emissions, the popularity of electric vehicles (EVs) has been on the rise. Compared to traditional gasoline-powered cars, new energy vehicles offer numerous advantages that make them a more sustainable and efficient mode of transportation.One of the main benefits of electric vehicles is their environmentally-friendly nature. EVs produce zero tailpipe emissions, which means they do not contribute to air pollution or climate change. This is in contrast to gasoline-powered cars, which emit harmful pollutants such as carbon dioxide, nitrogen oxides, and particulate matter. By driving an electric vehicle, individuals can help reduce their carbon footprint and protect the environment for future generations.In addition to their environmental benefits, electric vehicles are also more energy-efficient than traditional cars. EVs use electricity stored in batteries to power an electric motor, whereas gasoline-powered cars rely on burning fossil fuels to generate power. As a result, electric vehicles have a higher energy efficiency, converting a larger portion of the energy stored in their batteries into actual motion. This not only makes electricvehicles more sustainable but also helps reduce energy consumption and lower fuel costs for drivers.Furthermore, electric vehicles are often quieter and smoother to drive than gasoline-powered cars. Since EVs do not have a traditional gasoline engine, they produce less noise and vibration while in operation. This can lead to a more comfortable and peaceful driving experience, especially in urban areas where noise pollution is a concern. Additionally, the instant torque provided by electric motors allows for quicker acceleration and smoother acceleration, making electric vehicles feel more responsive and agile on the road.Despite all these advantages, there are some challenges that electric vehicles still face compared to traditional cars. One of the main obstacles is the limited driving range of EVs compared to gasoline-powered cars. While significant improvements have been made in battery technology, electric vehicles still have a shorter range per charge than gasoline-powered cars have per tank of gas. This can be a concern for drivers who need to travel long distances or do not have access to charging infrastructure.Another challenge is the higher upfront cost of electric vehicles compared to gasoline-powered cars. While the cost of EVs has been decreasing in recent years, they are still moreexpensive to purchase than traditional cars due to the high cost of batteries and electric drivetrains. However, it is important to consider the total cost of ownership, including fuel and maintenance expenses, which can be lower for electric vehicles over the long term.In conclusion, new energy vehicles offer numerous advantages over traditional cars, including environmental benefits, energy efficiency, and a smooth driving experience. While there are still challenges to overcome, such as limited driving range and higher upfront costs, the transition to electric vehicles is important for reducing greenhouse gas emissions and protecting the environment. By promoting the adoption of electric vehicles and investing in charging infrastructure, we can accelerate the transition to a more sustainable and efficient transportation system.。
90·1ContentsPage Hand crimping tools for Han ® standard contacts .....................................90.4Hand crimping tools for fibre optic contacts .............................................90.9Hand crimping tools for Han-Fast ® Lock contacts ...................................90.10Hand crimping tools for wire end ferrules ................................................90.11Hand crimping tools for D-Sub contacts ..................................................90.12Hand crimping tools for coaxial contacts .................................................90.13Pneumatic crimping tool ..........................................................................90.15Hydraulic crimping tools for Han ® TC high current contacts ....................90.16Crimping machine TC-C01 ......................................................................90.18Crimping machine TK-M ..........................................................................90.20Crimping machine BK ..............................................................................90.22Panel punch .............................................................................................90.24Assembly tools ........................................................................................90.25Removal tools ..........................................................................................90.29Stripping tools ..........................................................................................90.32ToolsHan ® tools1) TK-M basic machine 09 98 000 6900 is required2) depending on the wire3) only with modification 09 98 503 6900Features• Basic unit of compact construction for pre-stripped wires (stranded wire)• Easy handling due to well-arranged design• for individual, turned male and female contacts• Selective processing of male and female contacts• Automatic contact feed• Reproducible, top quality gas-tight crimp connections• Non-slip, anti-vibration adjustable feet for setting the height • Low noise level• With carrying handle• Removable electric and pneumatic supply connections • Maintenance interval counter• Minimal setup effort• Stepless adjustment of the crimping depth• Low follow-up costs for maintenance and repair• Easy replacement of wearing components DetailsNominal voltage, max. 230 VNominal frequency 50 HzPower consumption ca.0.2 kWPressure ca.6 barControl system PLCWork cycle trigger FootswitchWork cycle 1 sNoise level ca.62 dBCrimp type Four-point crimpingContact feed Vibratory bowl feedStroke counters Resettable daily counter and permanent counterDimensions 345 x 230 x 400 mmWeight ≥24 kgPack contents:2.0 m connection cable and grounding plug, 2.0 m pneumatic hose,quick-release coupling and N6 plugin nipple, footswitch,carrying handle,operating instructions,declaration of conformityTools90Features• Basic unit of compact construction• Fast stripping and crimping in one operating step• Easy handling due to well-arranged design• Touchscreen controlling• for individual, turned male and female contacts• Selective processing of male and female contacts• Contact magazine with filling control• Reproducible, top quality gas-tight crimp connections• Infinitely variable adjustment parameters (stripping depth, stripping length, crimping depth, crimp contact feed rate)• Rotatable vibration feeder and actuator in basic unit• Low noise level• for oil-free compressed air• Minimal setup effort• Low maintenance costs DetailsDrive electro-pneumaticNominal voltage, max. 230 VNominal frequency 50 HzPower consumption ca.0.75 kWPressure ca.6 barCompressed air connection 3 dm³ / work cycleControl system PLCWork cycle trigger sensorWork cycle 1.5 sNoise level <70 dBCrimp type Four-point crimpingContact feed Vibratory bowl feedStroke counters Resettable daily counte, total counter, operating hours, maintenance counter and quantity preselection Dimensions 580 x 470 x 470 mmWeight <60 kgPack contents:one mounted interchangeable unit,2.0 m connection cable and grounding plug,2.0 m pneumatic hose with plug-in nipple N6,plug gauges for setting the crimping,centering bush for positioning the plug gauges,draw for insulation remains,drawer for holding the contacts when the magazine is emptied, tool set for setting,1 set of stripping blades,operating instructions,declaration of conformityToolsCrimping machine TK-M90Features• Fast stripping and crimping in one operating step• Easy handling due to quick change tool and stripper• Suitable for standard D-Sub crimp contacts• Selective processing of male and female contacts• Hand wheel for manual adjustments• Maintenance-friendly through needle bearing rail• Automatic exhaust of the isolation remainders• Reproducible, top quality gas-tight crimp connections• With crimp force monitor• Setting parameters with raster rotary button (depth of insula-tion stripping, length of insulation stripping, crimping heigth on wire, crimping heigth on isulation, wire retainer position, band thrust and wire position in the crimp contact)• Non slip and anti-vibration feet• Low noise level• for oil-free compressed air• Low maintenance costs• V-blades for special wires on request DetailsDrive electro-pneumaticNominal voltage, max. 230 VNominal frequency 50 HzPower consumption 0.75 kWPressure 6 barControl system PLCStripping device type 514Suction apparatus 2000.0900.20Work cycle trigger sensorWork cycle 0.35 sNoise level 85 dBIllumination integrated tool light 20001326Motor speed 440 –2000 rpmStroke counters Resettable daily counter and permanent counter Dimensions 690 (with a contact reel: 1400) x 420 x 430 mm Weight <72 kgPack contents:with role owner and guide plate,2.0 m connection cable and grounding plug,2.0 m pneumatic hose with plug-in nipple N9,oiler bottle for the lubricating of the crimping contacts,tool set for setting,1 set of stamps for wire and isolation-crimp,1 anvil one-piece for wire and isolation-crimp,1 set of stripping blades,1 litre of contact oil,operating instructions,declaration of conformityTools90。
降低能源成本的英语Cutting Energy Costs: Practical Strategies for Businesses and Individuals.In the face of rising energy prices and increasing environmental concerns, reducing energy consumption has become an imperative for both businesses and individuals. Implementing effective energy-saving measures can significantly lower operating costs, enhance sustainability, and contribute to a cleaner environment.Businesses: Smart Energy Management.1. Energy Audits and Assessments:Conducting thorough energy audits identifies areas of energy waste within a facility. Professional auditors evaluate consumption patterns, equipment efficiency, and building performance to pinpoint opportunities for improvement.2. Energy-Efficient Lighting:Replacing incandescent and fluorescent bulbs with LED lighting reduces energy consumption by up to 90%. LED fixtures are also more durable and last longer, requiring less frequent replacements.3. Smart HVAC Systems:Optimizing HVAC systems through smart thermostats, energy recovery ventilators, and variable speed drives minimizes energy use while maintaining comfortable indoor temperatures. Consider using renewable energy sources like solar panels or geothermal heating and cooling systems.4. Equipment Upgrades:Replacing aging or inefficient equipment with Energy Star-certified models can significantly reduce energy consumption. Consider purchasing energy-efficient refrigerators, air conditioners, and office appliances.5. Employee Education and Awareness:Empowering employees with energy-saving tips and best practices can make a substantial difference. Promoteswitch-off policies for unoccupied areas, encourage natural light usage, and implement awareness campaigns.Individuals: Smart Energy Habits.1. Home Energy Audits:Home energy audits assess energy usage patterns and identify potential savings opportunities. Utilize government-sponsored programs or hire professional auditors to conduct a thorough evaluation.2. Smart Appliances:Choose Energy Star-rated appliances that consume less energy and have advanced features like water-saving dishwashers and refrigerator energy-saving modes. Considerunplugging electronics when not in use to eliminate standby power consumption.3. Lighting Efficiency:Switch to LED or CFL bulbs, which consume less energy and last longer than incandescent bulbs. Use natural light whenever possible and install occupancy sensors to turn off lights in unoccupied rooms.4. Heating and Cooling Optimization:Set thermostats appropriately and use programmable thermostats to adjust temperatures automatically based on occupancy schedules. Consider installing ceiling fans or energy-efficient window coverings to minimize heat loss or gain.5. Water Conservation:Install low-flow showerheads and faucets to reduce water usage, which can indirectly save energy used to heatwater. Consider rainwater harvesting systems for non-potable water needs.Additional Strategies.1. Renewable Energy Generation:Investing in renewable energy sources like solar panels or wind turbines can drastically reduce reliance on fossil fuels and lower energy costs. Participate in government-sponsored incentives and net metering programs to offset installation expenses.2. Energy Aggregation:Businesses can join energy aggregation programs to negotiate lower bulk rates for electricity or natural gas. This strategy can provide significant cost savings, especially for large energy consumers.3. Behavioral Changes:Simple behavioral changes can contribute to energy savings. Turn off lights when leaving a room, unplug unused chargers, and adjust thermostat settings slightly to reduce energy consumption.Benefits of Energy Reduction.1. Cost Savings:Lower energy consumption directly translates into reduced energy bills, freeing up funds for other business or personal expenses.2. Environmental Impact:Reducing energy usage diminishes greenhouse gas emissions and contributes to a cleaner environment. Sustainable energy practices align with corporate social responsibility goals.3. Competitive Advantage:Businesses that adopt energy-saving measures gain a competitive advantage by demonstrating environmental consciousness and reducing operating costs.4. Improved Comfort and Health:Optimized HVAC systems and energy-efficient lighting can enhance indoor air quality and improve comfort levels for occupants.5. Increased Energy Security:Reducing reliance on foreign energy sources enhances national and individual energy security. Promoting domestic energy production and energy independence strengthens economic stability.Conclusion.Implementing energy-saving measures is a wise investment for both businesses and individuals. By adopting smart energy management practices, optimizing energyconsumption, and embracing sustainable technologies, we can lower our environmental impact while realizing significant cost savings and enhancing our energy security. Every step towards energy efficiency contributes to a more sustainable and prosperous future.。
powereasyPowerEasy: The Simple Solution for Efficient Power ManagementIntroduction:In today's fast-paced and technology-driven world, efficient power management is vital for ensuring productivity and sustainability. With the increasing demand for energy, it has become crucial to develop innovative solutions that can effectively manage power consumption. The PowerEasy system offers a simple yet powerful solution for efficient power management, making it easier than ever before to optimize energy usage and reduce costs. In this document, we will explore the features and benefits of PowerEasy, demonstrating how it can revolutionize power management in various industries.1. Overview of PowerEasy:PowerEasy is a cutting-edge power management system designed to provide an efficient and user-friendly solution for controlling and monitoring energy usage. It offers acomprehensive set of features that streamline power management processes, ensuring maximum efficiency while reducing wastage. The system can be seamlessly integrated into existing infrastructure, making it an ideal choice for both small-scale and large-scale applications.2. Key Features of PowerEasy:2.1 Real-time Power Monitoring:With PowerEasy, users can monitor energy consumption in real-time, providing valuable insights into usage patterns. This enables efficient allocation of resources and identification of areas where energy conservation measures can be implemented.2.2 Automated Power Control:PowerEasy offers automated power control features that allow users to customize power settings based on specific requirements. With the ability to schedule power on/off times for different devices and systems, unnecessary power consumption can be significantly reduced.2.3 Energy Consumption Analytics:The system includes advanced analytics capabilities, providing detailed reports and analytics on energy consumption trends. This helps businesses identify opportunities for improvement, optimize power usage, and reduce costs.2.4 Power Load Balancing:PowerEasy facilitates intelligent load balancing, distributing power evenly across various devices and systems. This ensures optimal utilization of resources and prevents power overload situations.2.5 Remote Power Management:PowerEasy allows remote access to power management controls, providing the convenience of managing power usage from any location. This feature is particularly beneficial for businesses with multiple locations or for facilities that require monitoring and control from a central control room.3. Benefits of PowerEasy:3.1 Cost Savings:By optimizing energy consumption and reducing wastage, PowerEasy helps businesses save significantly on electricitybills. The system provides actionable insights into power usage patterns, enabling targeted energy-saving measures.3.2 Increased Efficiency:PowerEasy streamlines power management processes, automating various functions that were previously performed manually. This not only saves time but also improves overall efficiency by eliminating human errors.3.3 Sustainable Energy Management:PowerEasy promotes the sustainable use of energy by enabling businesses to track and reduce their carbon footprint. By establishing energy-saving practices, organizations can contribute towards a greener and more sustainable future.3.4 Enhanced Equipment Lifespan:Efficient power management provided by PowerEasy prolongs the lifespan of electrical equipment. By preventing power overloads and regulating power usage, the system minimizes the risk of equipment damage and downtime.4. Use Cases of PowerEasy:4.1 Commercial Buildings:PowerEasy can be utilized in commercial buildings to effectively manage power usage in offices, retail outlets, and other commercial spaces. By implementing automated power control and load balancing, businesses can enjoy significant energy savings.4.2 Manufacturing Industry:PowerEasy is well-suited for the manufacturing industry, where energy-intensive machinery and equipment are used. The system ensures efficient power distribution, minimizing power losses and reducing electricity costs.4.3 Data Centers:Data centers consume significant amounts of energy to power servers and cooling systems. PowerEasy's real-time monitoring and automated power control features make it an ideal solution for optimizing energy usage in data centers, resulting in substantial cost savings.Conclusion:PowerEasy revolutionizes power management practices by offering a simple yet powerful solution for optimizing energy usage. With its comprehensive features and benefits, the system provides businesses with the tools to effectively monitor and control power consumption, leading to cost savings and sustainability. Whether it's for commercial buildings, manufacturing facilities, or data centers, PowerEasy empowers organizations to make informed decisions, reducing energy waste and improving overall efficiency. Embrace PowerEasy and embark on a journey towards efficient power management today.。
N9Multi-Screen VideoSpecificationsCopyright © 2018 Xi ’an NovaStar Tech Co., Ltd. All Rights Reserved.No part of this document may be copied, reproduced, extracted or transmitted in any form or by any means without the prior written consent of Xi ’an NovaStar Tech Co., Ltd.Trademarkis a trademark of Xi ’an NovaStar Tech Co., Ltd.i1 Overview1OverviewThe N9 is a high-performance multi-screen video switcher independently developedby NovaStar. Using high-performance video processing technologies, it is capable of processing and outputting ultra-high quality images. The N9 also provides powerful video signal receiving capability. It can support 9 inputs and 4 DVI outputs at the same time. A single N9 can load up to an 8KK screen, and multiple N9 units can be cascaded for output.The N9 can work with NovaStar's desktop console C1 and make the operation of N9 on stage more convenient. It is also equipped with brand-new smart management software V-Can from NovaStar to provide richer image mosaic effects.Thanks to the powerful capabilities of receiving and processing a variety of video signals, the N9 can be widely used in various scenarios, such as intermediate and high-end rental, stage control, media centers, big conference sites, exhibition sitesStatementYou are welcome to use the product of Xi ’an NovaStar Tech Co., Ltd. (hereinafter referred to as NovaStar). This document is intended to help you understand and use the product. For accuracy and re liability, NovaStar may make improvements and/or changes to this document at any time and without notice. If you experience any problems in use or have any suggestions, please contact us via contact info rmation g ivenin document. We will do our best to solve a ny issues, as well as evaluate and implement any suggestions. Website : www.novastar.tec hSpecificationsNovaStarTech2 Features2Features● Up to 9 inputs, including 1 × dual-link DP 1.1 (can be replaced by HDMI 1.4, DP 1.1 or dual-link DVI), 2 × HDMI 1.3 (can be replaced by DVI/VGA/CVBS), 4 × DVI, 1 × DP 1.2 and 1 × 3G-SDI.● Up to 7 layers supported at the same time. Max. resolution of each layer: 3840×2160, 7680×1080 or 1920×4320. ● Customized BKG settingsYou can load an image file from the control computer or capture an input source image displayed on the screen as the BKG image. ● Shaped layer, layer mask and color keying supported● Layer cloning and Z-order layer sorting supported ● Input source image cropping supported ● Quick mosaic and custom mosaic ● EDID management supportedSupports custom EDID and standard EDID. ● 4 × DVI mosaic output, 4 × DVI backup output, 1 × HDMI preview output, and 2 × Aux output● Output resolution settable. The mosaic width of 4 outputs can be up to 15360x600.● 4 × single-link mosaic output, or 2 × dual-link mosaic output● Input, PVW, PGM and prompter monitoring supported by MVR connector ●Layer position and size adjustableLayers can be added with borders of custom widths and colors. ●32 presetsA total of 32 user presets can be created and saved as templates which can be used directly and conveniently.●Intuitive color LCD screen and clear button indicator prompt on the front panel, simplifying system control and operation.●Genlock synchronization and synchronization with any input source supported,achieving output vertical synchronization.3Layer shortcut buttons Press a button to enter the corresponding layer property menu for quick settings.●On: Layer is open.●Flashing: Property menu of the corresponding layer is opened and being edited.●Off: Layer is closed.●On the home screen, hold down a layer button to close the layer.●BKG: Open or close the BKG.Preset button Press it to enter the preset menu. A total of 32 presets can be loaded, saved and deleted, etc.Fn button A custom function buttonRear Panel3Specifications4 DimensionsUnit: mm5 ApplicationsConnector SpecificationsResolution 5Applicatio 4DimensioSpecifications 6 Specifications6 Specifications。
为保护环境节能资源写倡议书英语作文全文共3篇示例,供读者参考篇1Save the Planet, One Step at a TimeHi there! My name is Jamie, and I'm a 10-year-old kid who really cares about our amazing planet Earth. I know we're just little people, but I think every single one of us can do our part to make the world a better, greener place. The environment needs our help, and we have to act now before it's too late!What's the big deal about saving the environment anyway? Well, let me tell you. The way we humans have been living is causing a lot of damage to nature. We waste too much energy, we pollute the air and water, we cut down forests, and we're using up natural resources faster than the planet can replace them. It's making the Earth sick!One of the biggest problems is global warming caused by burning too many fossil fuels like oil, gas and coal. This releases greenhouse gases that get trapped in the atmosphere and make the planet heat up. Just think - the last few years have been some of the hottest years ever recorded! The polar ice caps are melting,causing sea levels to rise. Extreme weather like hurricanes, droughts and wildfires is becoming more common. Lots of animals are losing their natural habitats too. It's a huge mess, and humans are mostly to blame.But don't worry, there's still hope! If we all work together and make some changes to how we live, we can heal the planet. One of the most important things we need to do is conserve energy. Using less energy means burning fewer fossil fuels, which reduces greenhouse gas emissions and helps stop global warming. We can't just keep wasting electricity and fuel like there's no tomorrow. Every little bit of energy we save makes a difference.So what can kids like us do? Actually, there are tons of easy ways we can conserve energy at home, at school, and on-the-go. At home, we can:Turn off lights when leaving a roomUnplug electronics like TVs and computers when not in useTake shorter showersWash clothes in cold water instead of hotOpen curtains during the day instead of using lampsSet the thermostat a few degrees lower in winter and higher in summerUse energy-efficient LED lightbulbsAt school, we can suggest ideas to teachers and principals like:Turning off classroom lights during recess and after schoolUnplugging computers and smartboards overnightUsing both sides of paper before recyclingCollecting rainwater to water school gardensHolding lights-out energy saving hoursWhen we're out and about, we can encourage our families to:Walk, bike or take public transit instead of drivingPack waste-free snacks and lunches in reusable containersBring reusable bags for shopping instead of using plasticRecycle bottles, cans and paper at home and public binsThese are just some examples - I'm sure you guys can think of many more creative ways to reduce energy and waste in your daily lives. Every little action counts!Another thing we must do is reduce, reuse and recycle as much as possible. Humans produce way too much trash that ends up polluting the environment. We can cut back onsingle-use plastics like bottles, bags and straws. We can reuse items instead of throwing them out. And we can recycle paper, metals, glass and other materials to give them a new life instead of sending them to the landfill.We should also do our best to conserve water, which is a precious resource that's becoming scarcer in many areas due to drought and overconsumption. Simple things like turning off the tap when brushing our teeth, fixing leaks and only running full loads of laundry can save huge amounts of water. We can't survive without water, and neither can animals and plants!While we're working hard to conserve energy and resources at home, we should also take time to appreciate the great outdoors. Go for a hike, have a picnic, collect leaves or go stargazing - there are so many fun ways to connect with nature! We have to take care of forests, oceans, rivers and all theamazing plant and animal species with whom we share this planet. The Earth is just as much their home as it is ours.I know it might seem like we're just kids and can't make a real difference. But every positive action, no matter how small, adds up to create big change. We can set an example for our families, schools and communities to follow. If all kids around the world make an effort, just imagine the incredible impact we could have!This planet is our one and only home in the entire universe. It's a paradise filled with beauty and wonders, from the highest mountain peaks to the deepest ocean depths. Earth gives us everything we need to live and thrive - food, water, air, shelter, and incredible natural landscapes. Don't we owe it to our amazing home to treat it with gratitude, respect and care?We only have one Earth, so we need to love it and protect it in every way we can. Our future depends on having a healthy environment to live in. So what are we waiting for? Let's get out there and start conserving energy, cutting waste, and giving back to this incredible planet that gives us so much. We've got this, one step at a time!篇2Save the Earth, It's Our Planet!Hi friends! My name is Lily and I'm 10 years old. I love playing outside, climbing trees, and exploring nature. But recently, I've noticed that the trees seem a little sadder and the air doesn't smell as fresh as it used to. That's why I wanted to write this letter to you all - to talk about how we can protect our beautiful planet Earth!Our planet is really amazing. It's the only place in the whole universe that we know of that has life. Plants, animals, humans - we all live together on this big, round, blue and green world spinning through space. The Earth gives us everything we need - air to breathe, water to drink, food to eat, and a warm atmosphere to keep us cozy and safe. Isn't that incredible?But here's the thing - the Earth is kind of like a delicate flower. If we don't take really good care of it, it can get sick and damaged. And unfortunately, there are some big problems happening that are hurting our planet's health. I'm talking about things like pollution, wasting energy and resources, and producing too much trash and greenhouse gases.Pollution is a huge issue. When factories let out thick, black smoke or when cars and buses spew out smelly fumes, those are forms of air pollution that make it harder for animals andhumans to breathe clean air. And when people litter or companies dump chemicals in rivers and oceans, that causes water pollution which is really bad for the fish, plants, and other creatures that live in those waters. Yuck!Another major problem is wasting energy and resources. Humans use a lot of electricity to power our homes, schools, businesses, and gadgets like phones and computers. But most of that electricity comes from burning fossil fuels like coal and oil, which creates more pollution in the air that's not good for the planet. We're also cutting down way too many trees to make things out of wood and paper, and that's hurting the forests that are so important for giving us fresh air.And then there are all the greenhouse gases being released into the atmosphere, mainly from burning those fossil fuels. These gases are causing temperatures around the world to rise, leading to things like melting ice caps, rising sea levels that threaten coastal cities, and more extreme weather events like hurricanes, wildfires, and droughts. Climate change is a really big deal that grown-ups need to take super seriously to protect our futures!So what can we do about all this? Well, the most important things are to conserve energy, reduce waste, and make more sustainable choices. At home, we can do simple things like:Turning off lights when leaving a roomUnplugging electronics when not using themTaking shorter showersUsing both sides of paper before recyclingBringing reusable bags for groceries instead of plasticEating more fruits and veggies since they're better for the environmentRecycling cans, bottles, paper and plastic instead of throwing them outComposting food scraps to turn them into nutrient-rich soilRiding a bike, walking, or taking public transport instead of drivingAt school, we can really make a difference too! We can:Use scrap paper for things like taking notes or doing practice workStart a recycling program if your school doesn't have oneMinimize use of plastic water bottles by carrying a reusable onePack a litter-free lunch with reusable containers and no disposable packagingTurn off lights, smartboards and computers when not in useStart an environmental club to teach others about conservationWe can also encourage our families to make eco-friendly choices like:Using energy efficient LED light bulbsInstalling better insulation to reduce heating/cooling costsFixing any leaks to avoid wasting waterLooking into solar panels or other renewable energy optionsBuying local and seasonal produce to reduce transportation pollutionChoosing pre-owned or sustainable products when possibleAnd beyond our homes, we can look for ways to get involved in the community, like:Participating in neighborhood clean-upsPlanting trees through community gardens or reforestation effortsWriting letters to government leaders to demand action on climate changeJoining protests or youth movements to raise awarenessUsing our voices and creativity to inspire others to go green!Every little action adds up to make a huge difference for the health of our one-and-only planet Earth. We're the future leaders and caretakers of this world, so we have to be responsible and make smart choices now to protect it. The grown-ups have done some things that hurt the environment, but we can learn from their mistakes.The Earth is an amazing gift, and we're so lucky to live on a planet with a breathable atmosphere, fresh water, fertile soil, and an incredible diversity of plant and animal life. But it's our duty to be good stewards and take care of this beautiful place we all call home. So let's reduce our waste, conserve energy and resources, and make sustainable living a priority. We're all in this together as global citizens sharing one planet. The Earth doesn't belong to any one person or country - it belongs to every creature thatlives here. Let's unite to save the Earth, our one-and-only home! Who's with me?!篇3Saving Our Beautiful PlanetHi there! My name is Emma and I'm a 4th grader at Oakwood Elementary School. Today I want to talk to you about something really important – protecting our amazing planet Earth!Our planet is truly incredible. It's the only place in the whole universe that we know of where life exists. Earth has given us everything we need to survive – air to breathe, water to drink, food to eat, and a cozy place to live. It's our one and only home in this vast cosmos.But Earth is also kind of like a delicate glass ball that we have to be very careful with. If we aren't good caretakers of our planet, we could break it. And once it's broken, we can't get another one.The biggest problem facing Earth right now is that we humans are using up natural resources way too quickly and making too much pollution and garbage. Things like oil, gas, coal, metals, and fresh water are getting used up faster than they canbe replaced. We're also filling up the air, water and land with icky toxic waste from factories, cars, and litter.This pollution is really hurting the environment and making the planet get sicker. The air is getting dirtier, which makes it harder for people to breathe, especially kids with asthma like me. The water is getting contaminated, which is dangerous for fish and other sea creatures. Parts of the land are becoming big trash dumps devoid of any plant or animal life.Another huge issue is that all the factories, power plants, and vehicles burning oil and gas are releasing a ton of greenhouse gases into the air. These gases are causing temperatures on Earth to rise, resulting in things like melting polar ice caps, rising sea levels that flood coastal cities, extreme weather events like hurricanes and droughts, and animals losing their natural habitats.If we don't stop damaging the environment, eventually Earth won't be a safe, healthy place for humans and animals to live. That's a really scary thought!But the good news is, we can fix these problems if we all work together and make some changes. The biggest thing we need to do is conserve energy and natural resources as much as possible. That means using less electricity, gas, and oil by turningoff lights and electronics when not in use, biking or walking instead of driving, recycling, and finding ways to reuse things instead of throwing them out.There are also cleaner energy sources like solar, wind, and hydroelectric power that we can use instead of dirty fossil fuels like coal and oil. If everyone did their part to conserve and switched to renewable energy, it would go a long way towards healing the planet.Another important thing is to reduce, reuse, and recycle as much as we can. Carry reusable shopping bags instead of using plastic ones. Use reusable water bottles rather than buying new plastic ones. Recycle paper, plastic, glass and metal instead of just chucking it in the trash. When you get new clothes or toys, donate the old ones rather than throw them out. Little things like this really do add up to make a big difference.At school, we started a Go Green club where we teach other kids about ways to conserve and protect the environment. We do things like litter clean-ups, recycling drives, tree planting events, and Earth Day activities. We also came up with ways our school can be more eco-friendly, like starting a composting program for food waste and installing solar panels. Getting kidsinvolved in being good stewards of the Earth from an early age is so important.At home, my family and I have made being environmentally conscious a big priority too. We do simple things like line drying our clothes instead of using an electric dryer, taking shorter showers to conserve water, and unplugging electronics when not in use. We also grow some of our own fruits and veggies in a little garden out back, which is really fun.My parents even traded in our old gas guzzling SUV for an electric car that doesn't release emissions. And last year, we put solar panels on the roof of our house so we can use clean energy from the sun's rays. I know not everyone can afford an electric car or solar panels, but we all can carpool, bike, walk, and do other easy things to save energy and go green.Making these types of changes does require some effort and sacrifice. But I really think it's worth it to have clean air and water, beautiful natural spaces, and make sure Earth stays healthy for my generation and for kids being born many years from now. Earth is simply too wonderful and special of a place to be destroyed by human carelessness.I hope everyone who reads this will be inspired to do their part, no matter how small, to use less, waste less, conserve more,and protect the environment. We all need to be Earth heroes! Even basic things like recycling, turning off lights, and riding your bike can make a difference when multiplied by millions of people.If we all work together as a team and make taking care of the planet a priority, we really can change things for the better. We owe it to ourselves, to Nature, to the animals, and to future generations to be good stewards of this beautiful world we've been blessed with. Earth is our one and only home, so let's all join together to keep it safe, healthy and clean for centuries to come!。
关于减少学校用电浪费的英语作文全文共3篇示例,供读者参考篇1Saving Energy: A Student's Perspective on Reducing Electricity Waste at SchoolAs students, we spend a significant portion of our days at school, surrounded by electrical appliances and devices that make our learning environment comfortable and conducive to growth. However, with the increasing concern over environmental sustainability and the ever-rising costs of electricity, it is crucial that we, as responsible members of our school community, take steps to reduce electricity waste and promote energy conservation.Undoubtedly, our school's reliance on electricity is understandable. Classrooms require lighting, computers, and projectors to facilitate effective teaching and learning. Laboratories and workshops demand specialized equipment that consumes substantial amounts of energy. Even common areas like hallways and cafeterias need adequate illumination and climate control for our comfort and safety. However, far toooften, we witness instances of blatant energy waste that could easily be prevented with a little mindfulness and collective effort.One of the most common sources of electricity waste in our school is the excessive use of lighting. How many times have we entered an empty classroom or hallway only to find the lights blazing, as if nobody had bothered to turn them off after the last class or activity? This careless habit not only wastes electricity but also contributes to unnecessary greenhouse gas emissions and accelerates the depletion of natural resources used to generate that power.Another culprit of energy waste is the improper use of electrical appliances and devices. Computers, printers, and other peripherals are frequently left running or in standby mode even when not in use, needlessly consuming energy and generating heat. Similarly, projectors, televisions, and other audio-visual equipment are sometimes forgotten and left powered on long after their intended use has concluded.While it may seem like a small issue, the cumulative impact of these seemingly insignificant instances of waste can be staggering. According to estimates, if every student in our school made a conscious effort to turn off lights, computers, and other devices when not in use, we could potentially save thousands ofkilowatt-hours of electricity each year, translating to substantial cost savings for our school and a significant reduction in our carbon footprint.But how can we, as students, contribute to this effort? The first step is to cultivate a culture of energy conservation within our school community. We must raise awareness among our peers, teachers, and staff about the importance of reducing electricity waste and the tangible benefits it can bring. This can be achieved through educational campaigns, posters, and workshops that highlight the environmental and financial implications of our energy consumption habits.Moreover, we should lead by example and actively practice energy-saving measures in our daily routines. Simple actions like turning off lights when leaving a room, unplugging chargers and devices when not in use, and properly shutting down computers and peripherals at the end of the day can go a long way in reducing our school's energy footprint.Furthermore, we can advocate for the implementation of energy-efficient technologies and practices within our school. This could include installing motion sensors or timers for lighting in low-traffic areas, upgrading to energy-efficient lighting fixtures and appliances, and exploring renewable energy sourceslike solar panels or wind turbines to supplement our school's energy needs.Collaboration and collective action are key to achieving meaningful change. We should encourage our classmates, teachers, and school administrators to join us in this effort, fostering a sense of shared responsibility and accountability. Together, we can establish energy-saving protocols, monitor and report instances of waste, and celebrate our achievements in reducing our school's energy consumption.Ultimately, reducing electricity waste at school is not just an environmental imperative; it is also a valuable lesson in responsible citizenship and sustainable living. By taking active steps to conserve energy, we not only contribute to a healthier planet but also instill values of mindfulness, efficiency, and stewardship that will serve us well in our future endeavors.As students, we have the power to shape the future, and what better way to start than by addressing the energy challenges in our own backyard? Let us embrace this opportunity to make a tangible difference, one classroom, one hallway, and one energy-saving action at a time. By working together and remaining committed to this cause, we can create a moresustainable and energy-efficient learning environment for ourselves and future generations of students to come.篇2Reducing Electricity Waste: A Student's PerspectiveAs students, we often take the availability of electricity for granted. We flip on lights without a second thought, plug in chargers and devices haphazardly, and waste energy that could easily be conserved. While the school pays the utility bills, excessive electricity usage has broader environmental and financial impacts that we should all care about.Electricity generation is one of the leading causes of greenhouse gas emissions worldwide. Whether it's coal, natural gas, or even renewable sources like hydropower, there are environmental costs associated with generating the electricity that powers our schools. By reducing our consumption through simple actions, we can lessen the carbon footprint of our educational institutions and do our part to combat climate change.There are also economic factors to consider. Our school's limited budget is strained by high electricity costs, diverting funds away from resources that could enhance our learningexperience, like new technology, books, or extracurricular activities. If we curb needless energy waste, the savings could be reallocated to improving our education.As students, we must recognize our role in cultivating an energy-conscious culture on campus. While staff and administrators can implement policies, true change starts with us - the ones who directly consume the energy and witness the waste daily. Here are some easy ways we can reduce electricity waste at school:Lights Out When Not in UseHow many times have you arrived early for class only to find lights blazing in an empty room? Likewise, it's far too common to see lights left on in restrooms, hallways, and other unoccupied areas. We must get into the habit of turning off lights whenever a room is not in use, even if we didn't turn them on ourselves. Assigning student light monitors to check classrooms between periods could help reinforce this practice.Unplug Idle DevicesComputers, printers, chargers, and other electronics continue to draw power when left plugged in, even after being turned off. This "phantom load" can account for a significantportion of electricity waste. We should unplug devices when not in use, especially over weekends, holidays, and school breaks. Creating designated charging stations that can be easily unplugged is one solution to curb this idle drain.Adjust Personal BehaviorsMany of us are guilty of energy-wasting behaviors out of laziness or forgetfulness. Leaving devices charging unnecessarily, clustering around bright lamps or space heaters instead of natural light, playing music or videos loudly with poor quality speakers that waste power - these all contribute to excessive electricity use. Being more mindful of our habits and adjusting accordingly can collectively reduce waste.Support Sustainability InitiativesOur school may already have programs or plans in place to improve energy efficiency, such as upgrading to LED lighting, installing occupancy sensors, or even exploring renewable energy sources. As students, we should enthusiastically support and promote these initiatives. Writing to school administrators, organizing awareness campaigns, or participating in green teams can help drive positive change.Lead by ExamplePerhaps the most powerful way for students to reduce electricity waste is by embodying the change we want to see. When we make energy conservation a personal priority in our daily actions and choices, we lead by example and inspire our peers to do the same. After all, impactful movements often start with a few dedicated individuals.It's easy to feel that our actions as students are inconsequential in the face of such a large-scale issue as energy waste. However, even small adjustments in behavior can catalyze broader cultural shifts when multiplied across our entire student body. We have the opportunity to collectively make a real impact while cultivating habits that will benefit us for life.In the end, reducing electricity waste isn't just about saving money or helping the environment - though those are noble reasons in themselves. It's about assuming responsibility for the resources we consume and recognizing our role as temporary tenants of this campus. Just as we aim to leave classrooms, facilities, and community spaces better than we found them, so too should we strive to leave a lighter environmental footprint through conscious energy usage.We are privileged to have access to the electricity that powers our education, but that privilege carries the duty ofstewardship. As students, let's honor that duty by changing the culture around energy waste. We'll not only enhance our school's sustainability, but gain invaluable lessons about environmental citizenship that will serve us long after we graduate.篇3Reducing Electricity Waste at Our SchoolAs students, we spend a huge portion of our days at school. From the moment we step through the doors in the morning until we leave in the afternoon, we are surrounded by lights, computers, and other electronics that require a massive amount of electricity to operate. While having access to these resources is critical for our education, the reality is that much of the electricity consumed at our school is wasted due to inefficient practices and behaviors. It's time for us students to take action and lead the charge in reducing this wasteful consumption of a limited resource.One of the biggest culprits of electricity waste at our school is simply leaving lights, computers, and other devices on when they are not in use. How many times have you been in a classroom, computer lab, or library and noticed the lights blazing and computers humming despite no one using them? Thisnegligent behavior leads to an incredible amount of wasted electricity over the course of a day, week, month, and school year. Just think about how much energy could be saved if we all just made a conscious effort to turn off lights and devices when leaving a room! As students, we can take the lead and remind our peers to shut things off when not in use. We can also encourage our teachers to make it a classroom policy to designate a student 'energy monitor' who is responsible for double checking that everything is powered down at the end of each class period.Another area where our school can cut down on electricity waste is by examining the efficiency of our lighting systems, computers, and electrical appliances. Many of the light fixtures, overhead projectors, and other electronics in use at our school are incredibly outdated and inefficient compared to modern alternatives. Upgrading to LED lights, Energy Star certified computers, gadgets, and appliances could lead to a dramatic reduction in our electricity consumption. While an upfront investment would be required to make these upgrades, the long-term savings on our utility bills would easily justify the costs. As students, we can start raising awareness about this issue and lobby our school's administration to allocate funding towards efficiency upgrades.On a similar note, our school should also be examining potential areas where renewable energy sources like solar panels could be implemented to offset some of our electricity needs. With plenty of roof space and sunny days, solar panels are an incredible opportunity for our school to reduce our reliance on electricity produced from fossil fuels. Not only would this reduce our environmental footprint, but it could also save a tremendous amount of money in the long run as solar technology continues to become more efficient and inexpensive. Here again, students can drive this change by doing research, creating presentations, and advocating for solar initiatives to our principals and school boards.While technological and facility upgrades are important for reducing electricity waste, we students can also make a big impact through simple behavior and habit changes:Using natural daylight instead of electric lights whenever possible by opening blinds and curtainsDressing properly for classroom temperatures instead of blasting heating or ACUnplugging chargers, gadgets, and appliances when not in use to avoid 'vampire' power drainUsing sleep modes on computers and powering them fully off at the end of the dayReporting any electrical issues or inefficiencies we notice to school staff promptlyThe bottom line is that we students spend more time at school than anyone else, so we need to be the driving force behind the push to reduce electricity waste. Not only is it the right thing to do for the environment and future generations, but reducing our electricity bills could free up substantial funds that our schools could reallocate towards better technology, facilities, teachers, courses, and resources to enhance our education.So let's start embracing energy conservation behaviors as students. Let's lobby our administrators for equipment and lighting upgrades. Let's research and encourage solar and renewable energy projects for our schools. By taking a leadership role now, we can have an immediate and lasting impact while also developing crucial habits around energy sustainability. Our school's electricity waste impacts all。
White PaperFUJITSU Cool-safe® Advanced Thermal DesignThe innovative FUJITSU Cool-safe® Advanced Thermal Design (ATD) is an extension of the Cool-safe® concept which has been successful over many years. Selected servers can thus be operated within greater temperature ranges. This White Paper describes the scenarios involved, the customer benefits and the configuration of the new technology.ContentEnergy costs can no longer be neglected by companies 3 FUJITSU Cool-safe® Advanced Thermal Design 3 Usage scenarios 4 Free air cooling - for a data center without cooling compressors (4)Create warm zones in the data center and lessen the air-conditioning strain. (4)Perfect for the container data center (4)SMEs: Operation in small cupboard-like server rooms (5)Regions with warmer climates (5)Customer benefits 5 Higher temperatures, lower costs (5)Higher temperature buffers for more safety (5)Prepared for the future (5)Made in Germany: High quality at a permanent 40 °C and 45°C (5)Effects on reliability (6)Configuring Cool-safe® Advanced Thermal Design 6 Configuration tools and further information (6)In these times of economic change and more and more servers, storage systems and IT infrastructure components being deployed to cope with the emerging amounts of data, companies need optimum efficiency in order to remain competitive in the market. IT must thus meet such demands and provide the tools which not only improve the flow of information and communication but also make company processes and procedures more transparent and efficient. The power consumption costs for a data center use up an enormous share of a company's overall IT budget. Market researchers from the Gartner Group estimate that this share will even increase to as much as 50 % in the long-term. This topic will thus become increasingly important from an economic viewpoint.Even though IT components are becoming more and more efficient and are reducing power consumption levels for individual systems, the savings are eaten up again by the continually growing demand for storage and computing capacities. And on top of that, the price of industrial electricity itself has more than doubled in the last 12-15 years.Fujitsu is thus making every effort to develop solutions which will enable customers to improve the individual effectiveness of the energy resources deployed in a data center (known as "power usage effectiveness" PUE). The PUE value defines how efficiently a data center is using its power resources. Power usage effectiveness is calculated based on the quotient for all data center energy against the energy consumption of IT devices.FUJITSU Cool-safe® Advanced Thermal DesignThe Cool-safe® Design, developed by Fujitsu, is an important module which ensures PRIMERGY servers operate as energy-efficient as possible. It is a holistic construction and design concept. The focus is on an optimum balance between the material involved and the performance, efficiency and reliability levels of the PRIMERGY servers. Further information can be found in the White Paper: FUJITSU Cool-safe® DesignCool-safe® Advanced Thermal Design is an extension of the Cool-safe® concept which has been successfully applied in 2004. A broad range of selected servers can thus be operated within greater temperature ranges. As can be seen in the diagram, the normal temperature range for server operations is between 10 °C and 35 °C. Cool-safe® Advanced Thermal Design extends the range to between 5 °C and 40 °C.As of the model generation M2, Fujitsu again raised the bar and extended theCool-safe® Advanced Thermal Design. Some of our tower and rack systems are now alsoavailable for an even further increased temperature range of up to 45 °C, offering moreheadroom for chiller-less data center or server room set-ups.The advantages of higher ranges are obvious:⏹Servers can be put in hotter rooms without having to cool the rooms specifically.⏹Significant savings can thus be obtained regarding energy and cooling costs.According to Gartner an increase in temperature in a room of 5 °C means a 20 %saving potential for power consumption for the cooling system. New cooling modelsfor data centers, such as those with fresh air cooling, benefit from the FUJITSUCool-Safe® Advanced Thermal Design.Figure 1: Operating Temperature and the different scales⏹Thanks to a dual step approach to select either 40 °C or 45 °C, the benefits can bechosen just as requiredTo be able to offer customers a uniform data center concept and follow a holistic approach it is not just Fujitsu servers that support theCool-safe® Advanced Thermal Design technology, but also selected FUJITSU Storage ETERNUS systems and network components are available for a higher ambient operating temperature. Fujitsu thus offers its customer a complete infrastructure consisting of servers, storage, and network that supports an ambient temperature of up to 40 °C and 45°C, respectively.It is not only Fujitsu that sees this important trend regarding servers in higher temperature environments. Branch analysts value "high temperature servers" as an important innovation with great potential regarding energy savings. When purchasing a new data center infrastructure, analysts recommend that their customers ensure that the set-up can be used in conjunction with higher temperatures.The implementation options for the FUJITSU Cool-safe® Advanced Thermal Design are wide-ranging.Free air cooling - for a data center without cooling compressorsIn contrast to 100 % air-conditioning with cooling compressors, "free air cooling" partially or completely cools the data center by using the outside temperature. The systems are cooled using either water or fresh air. Water-based cooling generates the required cold air via heat exchangers; the warm water is then cooled outdoors. In contrast, fresh-air systems feed the filtered outside air into the data center. Both types of systems reduce the burden on classic compressor air-conditioning and thus significantly reduce the electricity bill. Fresh-air cooling depends on the target temperature required for the data center and whether outdoor temperatures are low enough.The “American Society of Heating, Refrigerating and Air-Conditioning Engineers” (ASHRAE) provide temperature range recommendations for energy-efficient data centers. The diagram shows the recommended ASHRAE classes A1-A4 ("recommended envelope“) where the relative humidity (exponential curve) must also be taken into consideration. Since 2011, ASHRAE has included two new temperature classes into their analyses, the A3 and A4, which make the free air cooling concept even more interesting.FUJITSU's Cool-Safe® Advanced Thermal Design covers ASHRAE Class A3, i.e. a temperature range between 5 and 40 °C. This temperature range means that free air cooling can be implemented throughout the year in 99 % of Europe, 97 % of North America and 91 % of Japan. FUJITSU Server PRIMERGY systems thus provide the perfect foundation for a completely fresh-air cooled and thus energy-efficient data center.Figure 2: ASHRAE Environmental Classes for Data Centers, source: “The Impact of ASHRAE 2011 Allowable Ranges”, The Green GridCreate warm zones in the data center and lessen the air-conditioning strain.Converting data centers in one step to handle higher temperatures is only possible in a very low number of data centers. The existing infrastructure is usually too heterogeneous regarding temperature requirements. Nevertheless, creating areas with different temperatures helps to reduce the air-conditioning strain. If the infrastructure is separated via aisles or corridors, then conventional hardware can be supplied with cooler air as usual, and the new 45 °C compatible systems can be supplied with warmer air. The better these aisles are separated by suitable partitioning, the easier it is to define a separate climate for each path. The data center can thus be gradually set up to cope with higher temperatures.the implemented hardware must be able to cope with a wide range of temperatures as the free air-cooling systems are being used to obtain higher energy-efficiency levels. The systems equipped with FUJITSU Cool-safe® Advanced Thermal Design can be used in temperatures of up toregions where outside air temperatures are usually not favorable to build IT-infrastructures in containers.SMEs: Operation in small cupboard-like server roomsSmall and medium-sized companies can also benefit from higher temperatures and FUJITSU's Cool-safe® Advanced Thermal Design. Data centers with their own cooling and ventilation infrastructure, as large companies can afford, cannot be used by small companies or by manymedium-sized companies. They usually operate their IT infrastructure in office rooms that have been converted into "data centers". A half-opened window is often the "air-conditioning system". This "free-air cooling" procedure often works in winter without any problems but temperatures can increase in summer to dangerous levels, especially if hot zones are generated due to poor air circulation or insufficient room cleaning or missing filters. Servers are generally designed for operation in temperatures of up to 35 °C. PRIMERGY servers equipped with FUJITSU Cool-safe® Advanced Thermal Design technology operate reliably in temperatures of up to 40 °C, some selected models even up to 45 °C and can thus handle hot summer days in rooms that are not air-conditioned. Hot zones are thus not so worrying.Regions with warmer climatesUsing servers with Cool-safe® Advanced Thermal Design technology in non-climatized server rooms, as described above, is not only possible in moderate climate zones. Implementation is also sensible in subtropical climate zones, such as in the Mediterranean area or North Africa. This is where PRIMERGY servers have competitive advantages as the systems can run without any time restrictions at temperatures between 35 °C and 40 °C. This means maximum flexibility regarding the server location and no worries about long hot periods. For more flexibility, FUJITSUCool-safe® Advanced Thermal Design can be configured with up to 45 °C to cover extreme situation.Customer benefitsHigher temperatures, lower costsThe key message for administrators for a long time has been "keep the temperatures in data centers as low as possible". The desired temperature was often about 21 °C. It is only a couple of years ago that there has been a change in the trend. An increasing number of server and storage systems, switches and other data center infrastructure items are being approved for operation in high temperatures. The reason for this is especially obvious in the data center: Higher environmental temperatures mean lower cooling requirements.Cooling costs in classic data centers cooled with compressors can easily use up between 40 and 60 % of the energy costs. The savings potential is enormous. The branch analyst Gartner calculates a maximum drop of 4 % in cooling costs for each Celsius degree of higher operating temperature. An increase in data center temperature from 21 to 26 °C would mean approx. 20 % fewer air-conditioning costs. FUJITSU Server PRIMERGY systems with Cool-safe® Advanced Thermal Design are designed for operation at temperatures of up to 40 °C and even 45 °C for selected systems. The temperature in the data center can hence be increased by several degrees and still retain an adequate safety buffer. Incidentally: FUJITSU experts can evaluate the savings and optimization potential for your data center as part of OPTIMIZATION Services and then recommend customized solutions. See below.Higher temperature buffers for more safetyCool-safe® Advanced Thermal Design can also help reduce the fear of a failing air-conditioning and ventilation system or simply give you that extra edge of planned A/C downtime during maintenance periods. The failure of such systems can result in increased temperatures in a data center, especially in small or medium-sized companies where the ventilation systems are not designed for redundant use. Whereas conventional hardware is quickly endangered by hot zones, PRIMERGY servers with Cool-safe® Advanced Thermal Design offer more scope for temperature increases, thus providing more safety.Prepared for the futureIt is obvious that future sustainability must be ensured when selecting a new server or infrastructure for the data center. The Gartner analysts suggest that the wrong choice of server platform for the data center will mean work is not possible at high temperatures which in turn lead to unnecessary cooling costs. The "Green Grid" association expects extended temperature ranges in data centers to establish themselves in the coming years. According to Steve Strutt from "The Green Grid" the natural hardware fluctuation and renewal cycles in due time will see data center infrastructures being replaced with new class A3 equipment (see ASHRAE classes in Figure 3).FUJITSU Server PRIMERGY enable you to be prepared for the future - regardless of whether the data center or the small computer room is to be immediately operated within the higherthe final development and release phase. So-called climate chamber tests at various temperature ranges (5 to 45 °C, with 10 to 85 % relative humidity) are run for weeks and the effects on the server system are measured by up to 60 temperature sensors.Fujitsu ensures maximum availability of PRIMERGY servers equipped with Cool-safe® Advanced Thermal Design even in extreme temperatures of up to 45 °C. Everything is based on best availability and reliability - from the mainboards developed and manufactured in Germany through to component selection. Using the proven Fujitsu developed Cool-safe® Technology ensures that the servers are adequately ventilated and cooled. According to ASHRAE, the operational time limits that apply outside the recommended temperature range (the "envelope" in figure 3) will no longer affect the reliability and operation of IT hardware. FUJITSU Cool-safe® Advanced Thermal Design guarantees unlimited operation at temperatures at 5 ° - 40 °C and even up to 45°C for selected models.Configuring Cool-safe® Advanced Thermal DesignFUJITSU Cool-safe® Advanced Thermal Design can be optionally configured with a range of PRIMERGY systems.The following systems are currently supported:⏹PRIMERGY RX1330 M2⏹PRIMERGY RX2520 M1⏹PRIMERGY RX2530 M2⏹PRIMERGY RX2540 M2⏹PRIMERGY RX2560 M2⏹PRIMERGY RX4770 M2⏹PRIMERGY TX1320 M2⏹PRIMERGY TX1330 M2⏹PRIMERGY TX2560 M2⏹PRIMERGY CX400 M1Please note that Cool-safe® Advanced Thermal Design cannot be activated subsequently. All restrictions can be found in the respective system configurator.Configuration tools and further informationIn order to simplify the configuration of PRIMERGY systems with Cool-safe® Advanced Thermal Design, the tool landscape has been extended accordingly.Fujitsu SystemArchitectFUJITSU SystemArchitect is used to configure individual PRIMERGY servers and complete racks, plan cabling and calculate power consumption values. SystemArchitect now allows the optional configuration of Cool-safe® Advanced Thermal Design for the supported systems. If the option is selected, any non-supported components are disabled for the configuration so as to prevent incompatibilities.Please note that Cool-safe® Advanced Thermal Design cannot be activated subsequently.FUJITSU system configurator and order information guideAll of the configuration options, restrictions and information are described in the configuration instructions within the SystemArchitect. When configuring Cool-safe® Advanced Thermal Design, this information is useful in order to view all non-supported components at a glance.The restrictions can differ per system. In SystemArchitect, the restricted components are greyed out when the option Cool-safe® Advanced Thermal Design is selected.Restrictions Overview*:System/ModelRestrictionRestrictionPRIMERGY RX1330 M2yesRestrictions for CPUs apply No FBUNo TPM modules no./.PRIMERGY RX2510 M2 yes none yes none PRIMERGY RX2520 M1 yes No Tape Drives no ./.PRIMERGY RX2530 M2 yes noneyes Not with RAID controller incl. Flash Backup UnitPRIMERGY RX2540 M2yesNot for 12x 3,5” base unit Restrictions for CPUs apply No Grid Cards No Tape Drives yesNot for 8x 3,5” and 12x 3,5” base unitRestrictions for CPUs apply No Grid Cards No Tape Drives PRIMERGY RX2560 M2 yes noneyes No Tape Drives PRIMERGY RX4770 M2yesRestrictions for CPU speed apply No PCIe SSD drives supportedno./.PRIMERGY TX1320 M2 yes No Tape Drives no ./. PRIMERGY TX1330 M2 yes No Tape Drives no ./.PRIMERGY TX2560 M2yesnoneyesNo Tape DrivesPRIMERGY CX400 M1yesRestrictions for CPUs apply Restrictions for HDDs applyResrtictions for PCIe options apply No Grid Cardsno*The table gives a general hint on what is possible. Please check the individual restrictions within SystemArchitect.FUJITSU Power CalculatorThe power calculator, which is part of SystemArchitect, has been extended to include Cool-safe® ATD functions. In addition to the previous temperature range of 10 to 35 °C, the extended temperature range of 5 to 40 °C is also available as an option. The effect of a higher or lower temperature on the power consumption of fans and other components can thus be calculated as early as the configuration.Please note that the sizing of the power supply units and cabling in SystemArchitect is always based on temperature of 10 to 25 °C.Address: Bürgermeister-Ulrich-Straße 100, 86199 Augsburg, GermanyE-mail:**************************.com Website: /fts 2016-07-06 ENnames may be trademarks or registered trademarks of their respective owners. Technical data subject tomodification and delivery subject to availability. Any liability that the data and illustrations are complete, actual or correct is excluded. Designations may be trademarks and/or copyrights of the respective manufacturer, the use of which by third parties for their own purposes may infringe the rights of such owner.。
绿色金融对经济增长的影响英语作文全文共5篇示例,供读者参考篇1The Importance of Green Money for Growing Our EconomyHave you ever thought about how the money grown-ups use can help or hurt the environment? It's called green finance, and it's really important for keeping our planet healthy while also growing our economy.What is Green Finance?Green finance is when banks, investors, and big companies put their money into projects and businesses that are good for the environment. Instead of investing in dirty factories that pollute the air and water, green finance supports clean energy like solar panels and wind turbines. It also helps businesses that reduce waste, use less plastic, and protect forests and animal habitats.Why is it Important?There are a few really important reasons why we need green finance:It helps fight climate change - Climate change is causing big problems like rising temperatures, melting ice caps, and extreme weather. Green finance funds projects that create less greenhouse gas emissions that cause climate change.It protects nature - Cutting down too many trees and polluting damages habitats for animals like pandas, polar bears and elephants. Green investments protect forests, oceans and wildlife.It creates new jobs - Growing green industries like renewable energy, electric cars and sustainable farming creates lots of new jobs and businesses. Building wind farms requires engineers, construction workers and maintenance crews. More green jobs means more people working!It saves money long-term - Things like solar power, energy efficient lights and sustainable farming methods end up saving money over time after the upfront costs. The savings can then grow the economy in other ways.How Does it Help Economic Growth?You might be wondering how putting money into environmental projects actually grows the entire economy. Here are some of the main ways:New Industries and InnovationInvesting in clean energy, green transportation and other eco-friendly sectors creates whole new industries with innovative companies. As these new businesses grow, they hire more employees, buy equipment and supplies, and pay taxes that fund public services. All of this economic activity increases a country's overall production of goods and services, which is how we measure economic growth.Resource EfficiencyGreen finance also supports more efficient ways to use limited natural resources like forests, metals and fresh water. Being efficient means not wasting resources and getting more value out of them. This allows economies to keep growing without quickly running out of raw materials they depend on.Avoided Future CostsClimate change, pollution and environmental damage create huge future costs if left unchecked. These include healthcare costs from dirty air, repairing damages from natural disasters, and economic losses in industries like tourism, fishing and agriculture. Green investments today avoid paying massive bills down the road.Many economists agree that sustainable economic growth depends on shifting towards a "green economy" that values natural and human resources. While getting there requires upfront investments, green finance allows us to grow in a smarter way now to avoid bigger problems later.Real Examples Around the WorldLet me share some real-life examples of how green finance has already helped economic growth globally:Renewable energy has become one of the fastest growing industries, driven by green investments. In 2021 it created over 12 million new jobs worldwide!Countries like Costa Rica and Bhutan earn income from "eco-tourism" that protects rainforests and wildlife. This sustainable tourism helps their economies grow.The World Bank has invested billions in clean energy projects in developing countries, helping economic growth while also reducing poverty.So in summary, financing environmentally sustainable activities isn't just good for the planet - it's also good for creating new business opportunities, jobs and long-term economic health.I hope grown-ups make smart choices to invest more in greenfinance to grow our economies in a way that also protects the Earth for kids like me!篇2The Impact of Green Finance on Economic GrowthHi, my name is Sam and I'm going to tell you all about green finance and how it affects the economy! It's a really important topic that grown-ups like to talk about a lot.First, what even is green finance? Well, it's money that is used for green projects and businesses. Green projects are things that are good for the environment, like solar farms that make electricity from the sun instead of burning coal or oil which pollutes the air. Green businesses try their best to not hurt the environment with the products they make or the energy they use.Why is green finance so important? The biggest reason is because of climate change. Climate change is when the whole planet is getting warmer due to pollution from burning fossil fuels like gas, coal and oil. This causes major problems like rising sea levels that flood coastal cities, more extreme weather like hurricanes and droughts, and animals losing their habitats. Yikes!By funding green projects and businesses with green finance, we can develop renewable energy sources and sustainable practices that don't rely on fossil fuels as much. This helps reduce greenhouse gas emissions that cause climate change. It's a way to build an economy that can keep growing without destroying the environment.So how exactly does green finance impact economic growth? There are a few key ways:Jobs in Green IndustriesWhen we invest money into green projects like wind farms, solar panel manufacturing, and electric vehicle production, it creates tons of new jobs in those growing industries. People need to build, operate and maintain all that green infrastructure and technology. More jobs means more people earning money which they can spend at stores and businesses. That spending drives economic growth.Innovation and CompetitivenessTo develop all the cool new green tech, companies have to do a lot of research and come up with innovative solutions. That innovation helps make their products and services better than competitors. It also helps create intellectual property like patentsthey can profit from. Being market leaders in green tech allows those companies to capture global market share as the world transitions to a low-carbon economy. This boosts exports and economic productivity.Resilience to Climate ImpactsClimate change is going to have huge economic costs from damage to property, infrastructure, agriculture and more from extreme weather events and other effects. Green finance helps fund projects to adapt to climate impacts, like building sea walls to protect against rising ocean levels. It also helps mitigate future climate risks by reducing emissions. This increases our resilience and avoids major economic disruptions.Resource EfficiencyMany green practices aim to use natural resources more efficiently through recycling, sustainable product designs and circular business models. This reduces costs for raw materials and wasteful energy consumption for companies. Households can also save money on things like energy-efficient appliances and electric vehicles with lower fuel costs. Those savings get spent elsewhere in the economy, promoting growth.Of course, shifting to a green economy also has some costs and challenges. Investing in new green infrastructure requires a lot of upfront capital that has to come from somewhere. There can also be job losses in traditional fossil fuel industries that have to be managed through retraining programs. Some companies may face higher operational costs initially from changing to sustainable practices.Overall though, study after study has shown that the economic benefits of taking climate action through green finance outweigh the costs in the long run. It sets us up for stable, sustainable growth that doesn't degrade the natural environment that all economic activity ultimately depends upon.World leaders understand how critical green finance is, which is why they've committed hundreds of billions of dollars to funding it through agreements like the Paris Climate Accord. But we all have a role to play too! Things like recycling, conserving energy and water, and reducing waste in our daily lives helps protect the environment. We can also voice our support for green policies to our elected officials.At the end of the day, prioritizing environmental sustainability through green finance just makes good economic sense. It creates jobs, drives innovation, increases resilience, anduses resources more efficiently. Plus, it's important for ensuring we have a healthy planet to live on for many generations to come. That's something I care a whole lot about as a kid! I hope this essay helped explain why you should care about green finance too. Let's go green and grow our economy at the same time!篇3The Impact of Green Finance on Economic GrowthHi there! Today I want to talk to you about something called "green finance" and how it can help make our world a better place by helping the economy grow in a sustainable way.First, what is green finance? It's money that is invested in environmentally-friendly projects and businesses. Instead of using money for things that harm the planet like dirty factories or gas-guzzling cars, green finance provides funding for clean energy sources like solar panels and wind turbines. It also helps businesses that reduce waste, use recycled materials, or protect nature.Why is green finance so important? Well, our planet is facing some big challenges from climate change and pollution. The way we produce energy and make products is damaging theenvironment through things like deforestation, air pollution, and plastic waste in the oceans. If we don't make changes, the planet could become an unhealthy place for humans, animals and plants to live.But transitioning to eco-friendly ways of doing things costs a lot of money. Green finance provides the funds needed to develop new clean technologies and transform businesses to be more sustainable. It's a way to grow the economy while also protecting the environment instead of damaging it further.Let me give you some examples of how green finance can create jobs and economic opportunities in an environmentally responsible way:Renewable EnergyFossil fuels like oil, gas and coal cause lots of pollution and greenhouse gas emissions that contribute to global warming. Green finance helps fund clean energy projects like wind farms, solar power plants, hydroelectric dams and more. Building and maintaining these projects creates many construction and engineering jobs. Households and businesses can use this renewable energy which is cheaper long-term and doesn't damage the planet.Electric VehiclesCars, trucks and buses that run on gas or diesel pollute the air we breathe. Green finance allows companies to develop electric vehicles powered by rechargeable batteries instead of engines that burn fossil fuels. Workers are needed to manufacture these zero-emission EVs as well as the charging stations and batteries. As EVs become more affordable, it creates a cleaner transportation industry.Green BuildingsThe houses, offices and stores we live and work in use tons of energy for heating, cooling and electricity. Green finance makes it possible to construct buildings that use sustainable materials and are ultra energy-efficient, saving money on utility bills. This creates opportunities for green construction workers, architects, and companies that supply eco-friendly building supplies.Sustainable AgricultureThe way we currently grow crops can contribute to soil damage, deforestation and water pollution from fertilizers and pesticides. Green finance supports farmers who use organic methods that protect the land and avoid harsh chemicals. It alsohelps grow urban farming and vertical gardens to produce food close to where people live. There are new jobs in areas like hydroponic farming, beekeeping, and compost production.So in all these areas, green finance drives economic growth and employment in industries that are sustainable over the long run instead of damaging the environment. It creates opportunities for people to have good careers while being part of the solution in healing the planet.Now I know what you might be thinking - how can we afford all of these big costly projects when money is already tight? Well, governments can provide incentives like tax credits to promote green investments. And investors are increasingly choosing to put their money into environmental funds because they see long-term profits in the growing green economy. After all, we can't have a healthy economy if we don't have a healthy planet!Green finance isn't just good for the Earth, it's also good for economic growth. As we shift towards more eco-friendly ways of living, working and doing business, it will create millions of new jobs and innovative industries for people around the world. We can have a prosperous future that protects the wondrous nature around us that we all depend on to survive and thrive.What an exciting time to be alive as we work together to build a better, greener world! I hope after learning about green finance, you're inspired to study areas like science, technology and business so you can contribute to this important movement. Our future is in the hands of your generation to create an economy and society that lets both humanity and our planet flourish.篇4Here's an essay on the impact of green finance on economic growth, written in a simple style suitable for elementary school students, around 2000 words long:The Green Money WorldDo you know what green money is? It's money that helps the planet! Sounds weird, right? Money is just coins and bills. How can it be green? Well, let me tell you all about the awesome world of green finance!Green finance is when people use money in ways that are good for the environment. Instead of investing in dirty factories that pollute the air and water, green finance means investing in clean energy like solar panels and wind turbines. It also meansinvesting in businesses that recycle materials instead of throwing them away.Why is green finance so important? Because planet Earth is our home, and we need to take care of it. The way we use money can either hurt or help the environment. By using green finance, we're helping to protect nature and all the plants and animals that live on our planet.But green finance doesn't just help the environment – it also helps the economy grow! That means more jobs and more money for everyone. How does that work? Let me explain.Imagine a town that has a big factory that makes a lot of pollution. Over time, the dirty air and water from the factory will make people sick. They'll have to spend money on doctors and medicine, which means they have less money to spend on other things. Businesses might have to close because people are too sick to work or buy their products.But now imagine that same town uses green finance to build a huge wind farm instead of a dirty factory. The wind farm creates clean energy without any pollution. It also creates lots of new jobs for people to build and operate the wind turbines. With more jobs, people have more money to spend at local businesseslike restaurants, shops, and movie theaters. Those businesses can hire more workers and make more money too!That's how green finance helps the economy grow. By investing in clean energy and environmentally-friendly businesses, we create new jobs, support local communities, and keep people healthy so they can work and spend money.Of course, switching to green finance isn't easy. It costs a lot of money to build new clean energy projects or change how businesses operate. But in the long run, green finance saves money by reducing pollution and waste. It also makes our planet a healthier, cleaner place to live.Imagine a world where the air is fresh and the rivers are clear. Imagine cities with parks and gardens instead of smoggy skies and landfills. That's the kind of world we can create with green finance!Governments, banks, and big companies all have a role to play in supporting green finance. But we can all do our part too, even as kids. We can learn about green finance and share what we know with our families and friends. We can recycle, turn off lights when we leave a room, and ask our parents to support businesses that are eco-friendly.The more we use green finance, the stronger our economy will grow – and the healthier our planet will be for generations to come. So let's go green with our money and create a cleaner, brighter future for everyone!篇5The Impact of Green Finance on Economic GrowthHi there! Today I want to talk about something called "green finance" and how it can help our economy grow in a good way. Green finance means using money to protect the environment and fight climate change. It's really important because taking care of our planet is super duper important!You might be wondering, what does finance have to do with the environment? Well, finance is all about money - saving it, investing it, lending it out. And money can be used to do things that are good or bad for the planet.For example, if a company wants to build a big factory that pollutes the air and water, they need money to do that. But if they want to build a solar farm or wind turbines to make clean energy instead, they also need money. The money they use makes a big difference for the environment!So green finance means directing money towards clean and environment-friendly activities. Instead of giving loans to oil companies to drill more oil, banks can give loans to companies making electric cars. Instead of investing in coal mines, investors can put their money into companies that make renewable energy like solar panels.This is great for the planet because it helps us move away from dirty fossil fuels that cause climate change and pollution. But it's also really good for our economy! Here's why:First, green businesses create lots of new jobs in cool fields like renewable energy, electric vehicles, energy efficiency and more. People can get hired to install solar panels, build wind turbines, manufacture batteries and design green buildings. More jobs mean more people have money to spend, which helps businesses grow.Second, investing in green technology now will pay off big time later. For example, if we develop awesome new batteries for electric cars today, we can sell those batteries to the whole world in the future and make a ton of money! Countries that get ahead in green tech can become global leaders.Third, green investments protect us from future problems caused by climate change. Stuff like rising sea levels, extremeweather, droughts and other yucky effects could massively disrupt our economy if we don't prepare. But if we work on clean energy and adapting now, we can avoid those huge costs down the road.Fourth, green policies make our air and water cleaner, which keeps people healthier. Healthier people can work more productively and spend less on medical bills. Cleaner environments also attract more businesses and tourism.Finally, green finance creates a more sustainable economy that can keep growing for a really, really long time. If we depended only on fossil fuels that will eventually run out, our economy would stall once they're all gone. But renewable energy like sun and wind will literally never run out! So an economy powered by green energy can keep expanding forever.Of course, shifting to a green economy isn't always easy. Sometimes it costs more money upfront to build solar farms instead of coal plants. And industries that depend on fossil fuels, like oil drilling, might see job losses at first.But many countries have plans to retrain those workers and help them shift into new green jobs. And the long-term benefits of green growth are so huge that it's worth going through a transition period.In the end, green finance is a win-win-win. It wins for the environment by fighting climate change and pollution. It wins for the economy by creating long-term jobs, business opportunities and sustainable growth. And it wins for all of us by giving us cleaner air, water and a healthier planet to live on.So I think every country, every bank, every company and every person should get on board with the green finance movement. The sooner we do, the better off our planet and our economies will be. We only have one Earth, so we need to take good care of it while also taking care of our future economy. Green is definitely the way to go!。
High-Performance Computing High-performance computing (HPC) is a crucial aspect of modern scientific and technological research. It involves the use of supercomputers and parallel processing techniques to solve complex problems and perform advanced simulations. However, there are several challenges associated with HPC, including cost, power consumption, and the need for specialized expertise. One of the main challengesof high-performance computing is the cost involved in setting up and maintaining a supercomputer. Supercomputers are extremely expensive to purchase and operate, requiring significant financial investment from research institutions or government agencies. Additionally, the ongoing maintenance and upgrade costs canbe substantial, making it challenging for smaller organizations to afford HPC resources. Another significant challenge of high-performance computing is thehigh power consumption of supercomputers. These machines require a massive amount of electricity to operate, leading to high energy bills and environmental concerns. As the world becomes more focused on sustainability and reducing carbon emissions, the power consumption of supercomputers is a growing concern for many organizations. Furthermore, high-performance computing requires specialized expertise to program and optimize applications for parallel processing. This expertise is not always readily available, and organizations may struggle to find qualified personnel to manage their HPC systems effectively. Additionally, the rapid advancements in HPC technology mean that professionals in this field must continuously update their skills and knowledge to keep up with the latest developments. In conclusion, high-performance computing is essential for tackling complex scientific and technological challenges, but it is not without its difficulties. The cost of supercomputers, their high power consumption, and the need for specialized expertise are all significant challenges that must be addressed. As technology continues to advance, finding solutions to these challenges will be crucial in ensuring that high-performance computing remains a viable and valuable tool for research and innovation.。
某某学校毕业设计(论文)外文文献翻译(本科学生用)题目:为了未来的发展,液化天然气工艺处理过程中应该注意的问题学生姓名:学号:学部(系):城市建设工程学部专业年级:级建筑环境与设备工程班指导教师:年月日equipment are also needed to ensure that economies of scale are not lost in the non-LNG facilities. Given the limited supply of gas resources capable of supporting these large trains, future projects will need to find ways to maintain some cost advantages at smaller capacities. One way to do this is to improve the project execution by selecting a process that gives the maximum flexibility for utilizing compressors, heat exchangers, and drivers with multiple competing vendors. Another desirable feature is using refrigerant as a utility to allow for facilitated expansion if there is a possibility that several resources can be staged for expansion trains.PROCESS COMPARISONLNG process selection has often been highly influenced by the specific power consumption, i.e., refrigerant compression power divided by the train capacity. This is certainly an important parameter, since refrigerant compressors are the largest single cost and energy consumption components in an LNG train. Conventional wisdom would be that lower specific power consumption would result in lower refrigerant compression costs and additional LNG production from a fixed feed gas rate. In actuality it is a more complicated picture. Figure 1 plots the specific power consumptions for a variety of liquefaction processes against the number of cycles employed based on consistent conditions.Figure 2 - ExxonMobil DMR-BAHX Process Schematic It would utilize BAHX exchangers to provide:• Multiple manufacturers for cost and schedule benefits,• Economic scale up over a wide range of throughputs,• Ease of modularizationThe BAHX exchangers would be protected from operational and design problems associated with multi-phase maldistribution by effecting refrigerant separation at each pressure level of the warm refrigerant and feeding only liquids to the BAHX cores while bypassing the vapor back to the compression system.It would utilize gas-turbine-driven centrifugal compressors large enough to capture the economy of scale available but small enough to ensure that multiple compressor vendors are capability of supplying the sizes needed.The results of our LNG process research applying these principles to a potential LNG development are shown in Figure 3. By using BAHXs and a dual mixed refrigerant process to match the best fit of compressors and drivers available from multiple vendors, the resulting process will have a lower specific power requirement, and could have a lower capital cost than traditional technologies. The DMR process with brazed aluminum heat exchangers shows a unit cost advantage across a broad range of plant capacities and optimizes the trade-offs of efficiency versus cost for a wide size range (3-6 MTPA) ofplants.EFFICIENT EXPANSIONLNG plants have long benefited for profitable expansion trains, typically provided from the same large resource. While the number of discovered large fields available for multi-train development is shrinking, there is still the potential for economical expansion from nearby smaller resources. In many cases these other fields cannot be aggregated into one large project for a variety of reasons: difficulty aligning several commercial interests, waiting on reduced development costs for more difficult resources, or near-field discoveries identified after the LNG project is underway. For all of these reasons it is desirable to have an easily expandable LNGplant.Treating refrigerant as a utility is a way to maximize the expandability and reliability of a multtrain facility. In this configuration all of the refrigerants that serve the same process function are combined into a single header and delivered as required to the LNG liquefaction sections. The refrigerant as a utility concept can be done with any liquefaction process, but is most suited for dual mixed refrigerants where the refrigerant return pressures can be higher resulting in smaller piping for distribution of refrigerant across the LNG plant. Figure 4 shows one such configurationTreating refrigerant as a utility has several benefits:• The trains do not necessarily need to be the same size, leading to customizableexpansion to match commercial needs.• All the refrigerants can be re-tuned to match changes in feed gas composition tomachinery limits as new gas supplies are brought on-line.• Any spare capacity identified by testing after start-up can be designed for and utilized during expansion.• A mixture of gas turbine, steam turbine, and motor drivers can be used giving more flexibility to the driver selection and energy utilization.• In the event of driver failures, the liquefaction train may be able to turn-down instead of shut-down.• During planned driver maintenance the other drivers can be run at their maximum rates and potentially take advantage of seasonal swings.• A driver and hence refrigerant supply can be easily spared across the whole plant, increasing plant availability.• Various cold streams, such as LNG-loading vapors, can be effectively integrated into the process scheme to allow the impact of flow fluctuations in these streams to be evenlyspread across all trains for operational stability.With these advantages, a refrigerant as a utility concept could be beneficial to provide大的成本和最大的能源消耗体。
鲲鹏功耗管理Kunpeng is a new generation processor developed by Huawei that is rumored to be more energy-efficient. 鲲鹏是华为开发的新一代处理器,据说它更节能。
As energy consumption becomes an increasingly important concern in the technology industry, the development of efficient processors like Kunpeng is crucial. 随着能源消耗在科技产业中变得越来越重要,像鲲鹏这样的高效处理器的开发至关重要。
By managing power consumption effectively, Kunpeng processors can help reduce the environmental impact of data centers and other computing systems. 通过有效管理功耗,鲲鹏处理器可以帮助减少数据中心和其他计算系统的环境影响。
Efficient power management in processors is not only beneficial for the environment but also for businesses looking to reduce operational costs. 处理器高效的功耗管理不仅有利于环境,还有利于寻求降低运营成本的企业。
Lower energy consumption means lower electricity bills, which can result in significant savings for companies in the long run. 更低的能耗意味着更低的电费,这可以在长期内为公司节省大量费用。
2024英语四级模拟试卷一、写作(15%)题目: The Importance of Environmental Protection。
要求:1. 阐述环境保护的重要性。
2. 列举一些环境保护的措施。
3. 120 - 180字。
二、听力理解(35%)Section A(7.1%)Directions: In this section, you will hear three news reports. At the end of each news report, you will hear two or three questions. Both the news report and the questions will be spoken only once. After you hear a question, you must choose the best answer from the four choices marked A), B), C) and D).News Report 1.1. A) A new species of plant was discovered.B) A forest fire broke out.C) A new wildlife reserve was established.D) A rare animal was saved.Question 1: What is the main topic of this news report? (Answer: A)2. A) In the mountains.B) In the desert.C) Near the river.D) In the city park.Question 2: Where was the new species of plant discovered? (Answer: A) News Report 2.1. A) To promote tourism.B) To reduce traffic congestion.C) To protect the environment.D) To build more houses.Question 1: What is the purpose of the new policy? (Answer: C)2. A) By building more subways.B) By increasing the price of gasoline.C) By limiting the number of cars on the road.D) By promoting carpooling.Question 2: How will the new policy be carried out? (Answer: D)News Report 3.1. A) A famous scientist.B) A new energy source.C) A large - scale power outage.D) A new technology for energy conservation.Question 1: What is this news report mainly about? (Answer: D)2. A) It can save a lot of money.B) It is easy to operate.C) It can reduce carbon emissions.D) It has a high energy conversion rate.Question 2: What is the advantage of the new technology? (Answer: C)Section B(14.2%)Directions: In this section, you will hear two long conversations. At the end of each conversation, you will hear four questions. Both the conversation and the questions will be spoken only once. After you hear a question, you must choose the best answer from the four choices marked A), B), C) and D).Conversation 1.1. A) She is a student.B) She is a teacher.C) She is a doctor.D) She is a businesswoman.Question 1: What is the woman's occupation? (Answer: A)2. A) English literature.B) Business management.C) Medical science.D) Computer science.Question 2: What is the woman majoring in? (Answer: A)3. A) Reading books.B) Watching movies.C) Playing sports.D) Traveling.Question 3: What does the woman like to do in her spare time? (Answer: A)4. A) To improve her writing skills.B) To gain more knowledge.C) To relax herself.D) To prepare for her exams.Question 4: Why does the woman like reading books? (Answer: B)Conversation 2.1. A) At a restaurant.B) At a cinema.C) At a shopping mall.D) At a library.Question 1: Where are the two speakers? (Answer: A)2. A) Steak and fries.B) Pizza and salad.C) Sushi and miso soup.D) Burger and cola.Question 2: What does the man order? (Answer: A)3. A) She is on a diet.B) She doesn't like meat.C) She is a vegetarian.D) She has an allergy to some food.Question 3: Why does the woman only order a salad? (Answer: A)4. A) To watch a movie.B) To go shopping.C) To visit a friend.D) To go home.Question 4: What are they going to do after dinner? (Answer: A)Section C(13.7%)Directions: In this section, you will hear three passages. At the end of each passage, you will hear three or four questions. Both the passage and the questions will be spoken only once. After you hear a question, you must choose the best answer from the four choices marked A), B), C) and D).Passage 1.1. A) It is a traditional festival.B) It is a religious festival.C) It is a commercial festival.D) It is a harvest festival.Question 1: What kind of festival is Christmas? (Answer: A)2. A) Decorating Christmas trees.B) Giving presents.C) Singing Christmas carols.D) Having a big dinner.Question 2: Which of the following is a common activity during Christmas? (Answer: A)3. A) Family members get together.B) People go to church.C) Stores offer big discounts.D) There are parades in the streets.Question 3: What usually happens on Christmas Day? (Answer: A)Passage 2.1. A) In the 18th century.B) In the 19th century.C) In the 20th century.D) In the 21st century.Question 1: When was the Industrial Revolution? (Answer: B)2. A) Steam engines.B) Electricity.C) Computers.D) Nuclear power.Question 2: Which was an important invention during the Industrial Revolution? (Answer: A)3. A) It brought great changes to people's lives.B) It caused serious environmental problems.C) It promoted international trade.D) All of the above.Question 3: What was the impact of the Industrial Revolution? (Answer: D)Passage 3.1. A) To make friends.B) To learn new knowledge.C) To get a better job.D) To improve communication skills.Question 1: Why do many people choose to study abroad? (Answer: C)2. A) Language barrier.B) Cultural differences.C) Homesickness.D) All of the above.Question 2: What are the challenges that students may face when studying abroad? (Answer: D)3. A) They can experience different cultures.B) They can improve their language proficiency.C) They can expand their horizons.D) All of the above.Question 3: What are the benefits of studying abroad? (Answer: D)三、阅读理解(35%)Section A(7%)Directions: In this section, there is a passage with ten blanks. You are required to select one word for each blank from a list of choices given in a word bank following the passage. Read the passage through carefully before making your choices. Each choice in the word bank is identified by a letter. Please mark the corresponding letter for each item on Answer Sheet 2. You may not use any of the words in the word bank more than once.Passage.The Internet has changed the way we communicate, work, and learn. It has brought great _(1)_ to our lives. However, it also has some negativeeffects. One of the problems is the spread of false information. With the _(2)_ of social media, anyone can post information without _(3)_. Some people may post false news or rumors just to _(4)_ attention or for other improper purposes. This can mislead the public and cause unnecessary _(5)_. Another problem is the issue of privacy. When we use the Internet, we often leave a lot of personal _(6)_ such as our names, addresses, and phone numbers. If this information is not properly protected, it may be _(7)_ by hackers or used by some companies without our _(8)_. To solve these problems, the government should _(9)_ relevant laws and regulations. At the same time, Internet users should also improve their _(10)_ awareness and be more careful when using the Internet.Word Bank:A) convenience.B) development.C) verification.D) attract.E) panic.F) information.G) stolen.H) permission.I) enact.J) security.(1) A) convenience.(2) B) development.(3) C) verification.(4) D) attract.(5) E) panic.(6) F) information.(7) G) stolen.(8) H) permission.(9) I) enact.(10) J) security.Section B(14%)Directions: In this section, you will read two passages. Each passageis followed by several questions or unfinished statements. For each of them there are four choices marked A), B), C) and D). You should decide on the best answer and mark the corresponding letter on Answer Sheet 2.Passage 1.The concept of "green building" has been around for decades, but it has gained more and more attention in recent years. Green buildings are designed to reduce the impact on the environment during their life cycle. They use energy - efficient materials and technologies, such as solar panels to generate electricity, and high - performance insulation to reduce energy consumption for heating and cooling.Green buildings also focus on water conservation. They may have rainwater harvesting systems to collect and reuse rainwater for non -potable uses like watering plants or flushing toilets. In addition, green buildings often use sustainable building materials, which are materials that are either recycled or sourced from renewable resources.1. A) It has a long history.B) It is a new concept.C) It has been ignored for a long time.D) It is only popular in developed countries.Question 1: What can we know about the concept of "green building"? (Answer: A)2. A) To make buildings more beautiful.B) To reduce the impact on the environment.C) To increase the cost of buildings.D) To use more traditional materials.Question 2: What is the purpose of green buildings? (Answer: B)3. A) Solar panels.B) Traditional heating systems.C) High - consumption insulation.D) Non - energy - efficient materials.Question 3: Which of the following is an energy - efficient technology used in green buildings? (Answer: A)4. A) Drinking.B) Washing clothes.C) Watering plants.D) Cooking.Question 4: What can rainwater be used for in green buildings? (Answer: C)Passage 2.E - books have become increasingly popular in recent years. They offer several advantages over traditional printed books. One of the main advantages is convenience. With an e - book, you can carry a whole library in your pocket. You can access thousands of books on a single device, such as a tablet or an e - reader.Another advantage is cost - effectiveness. E - books are often cheaper than their printed counterparts. Publishers can save on the cost of printing, binding, and distribution, and these savings are sometimes passed on to the consumers.However, e - books also have some disadvantages. One problem is that reading on a screen for a long time may cause eye strain. Also, some people still prefer the feel of a physical book in their hands, the smell of the paper, and the ability to flip through the pages.1. A) They are less convenient.B) They are more expensive.C) They are more convenient.D) They are less popular.Question 1: What is an advantage of e - books compared to printed books? (Answer: C)2. A) The cost of paper.B) The cost of binding.C) The cost of distribution.D) All of the above.Question 2: What costs can publishers save when producing e - books? (Answer: D)3. A) Eye strain.B) High cost.C) Limited availability.D) Poor quality.Question 3: What is a disadvantage of e - books? (Answer: A)Section C(14%)Directions: There are 2 passages in this section. Each passage is followed by some questions or unfinished statements. For each of them there are four choices marked A), B), C) and D). You should decide on the best answer.Passage 1.The sharing economy has emerged as a new economic model in recent years. It involves the sharing of under - utilized assets, such as cars, houses,and tools, among individuals. Platforms like Uber and Airbnb have become very popular in this sharing economy.For example, Uber allows car owners to share their cars with passengers who need a ride. This not only provides convenience for passengers but also enables car owners to earn some extra income. Airbnb enables homeowners to rent out their spare rooms or entire houses to travelers.However, the sharing economy also faces some challenges. One of the challenges is regulatory issues. Since the sharing economy is a relatively new concept, existing laws and regulations may not fully cover it. For example, some cities have concerns about the safety and legality of Uber drivers. Another challenge is competition with traditional industries. Traditional taxi companies may feel threatened by Uber, and hotels may be concerned about the competition from Airbnb.1. A) The sharing of over - utilized assets.B) The sharing of under - utilized assets.C) The sharing of all assets.D) The sharing of public assets.Question 1: What does the sharing economy involve? (Answer: B)2. A) Uber and Airbnb are the only platforms in the sharing economy.B) Uber allows passengers to share their cars.C) Airbnb enables homeowners to rent out their rooms.D) The sharing economy has no challenges.Question 2: Which statement is correct about the sharing economy? (Answer: C)3. A) There are no regulatory issues.B) Existing laws fully cover the sharing economy.C) Some cities are concerned about Uber drivers' safety.D) Traditional industries are not affected by the sharing economy.Question 3: What is a challenge faced by the sharing economy? (Answer: C)Passage 2.Artificial intelligence (AI) is rapidly developing and has a wide range of applications in various fields. In the medical field, AI can be used for disease diagnosis. For example, it can analyze medical images such as X - rays and MRIs to detect diseases at an early stage.In the transportation field, self - driving cars are an important application of AI. Self - driving cars can improve traffic safety and efficiency. They use sensors and algorithms to perceive the surrounding environment and make driving decisions.However, AI also brings some concerns. One concern is the potentialloss of jobs. As AI technology replaces some human - operated tasks, some jobs may become obsolete. Another concern is the ethical issues. For example, who is responsible if an AI - driven system makes a wrong decision?1. A) Only in the medical field.B) Only in the transportation field.C) In many fields.D) Only in the manufacturing field.Question 1: Where does AI have applications? (Answer: C)2. A) To make traffic worse.B) To improve traffic safety and efficiency.C) To increase traffic accidents.D) To replace all human drivers.Question 2: What is the purpose of self - driving cars? (Answer: B)3. A) There are no concerns about AI.B) The only concern is the loss of jobs.C) Ethical issues are a concern.D) AI will not replace any human - operated tasks.Question 3: What are the concerns about AI? (Answer: C)四、翻译(15%)题目:中国的互联网社区是全世界发展最快的。
大学英语四级阅读题段落匹配练习题难点:1、顺序原则被打乱2、题目本身涉及长难句3、定位词不明显4、对应数量关系不唯一做题步骤:1、先题后文2、逐段做题3、拒绝投机取巧2014 -646.Authors still published in printed versions will be considered important ones.47.Some people are still in favor of printed books because of the sense of touch they can provide.48.The radio business has changed greatly and now attracts more listeners.49.Contrary to many peoples prediction of its death.the film industry survived.50.Remarkable changes have taken place in the book business.51.Old technology sometimes continues to exist because of its reliability.52.The increase of e-book sales will force the book business to make changes not seen for centuries.53.A new technology is unlikely to take the place of an old one without a clear advantage.54.Paperbacks of popular literature are more likely to be replaced by e-books.55.A house with a fireplace has a stronger appeal to buyers.2013-1246.Caplan suggests that kids who dont love school go to work.47.An increasing number of families spend more money on houses in a good school district..48.Subsidized loans to college students are a huge waste of money. according to one economist.49.More and more kids find they fare worse with a college diploma.50.For those who are not prepared for higher education.going to college is not worth it.51.Over the years the cost of a college education has increased almost by 100%.52.A law passed recently allows many students to pay no more than one tenth of their income for their college loans.53.Middle-class Americans have highly valued a good education.54.More kids should be encouraged to participate in programs where they can learn not only job skills but also social skills.55.Over fifty percent of recent college graduates remain unemployed or unable to find a suitable job.2013-12 The rise of the sharing economyA)Last night 40.000 people rented accommodation from a service that offers 250.000 rooms in 30.000 cities in 192 countries.They chose their rooms and paid foreverything online.But their beds were provided by private individuals.rather than ahotel chain.Hosts and guests were matched up by Airbnb.a firm based in SanFrancisco.Since its launch in 2008 more than 4 million people have used it—2.5million of them in 2012 alone.It is the most prominent example of a huge new“sharing economy” . in which people rent beds. cars. boats and other assets directlyfrom each other.co-ordinated via the internet.B)You might think this is no different from running a bed-and-breakfast(家庭旅店).owning a timeshare(分时度假房)or participating in a car pool.But technologyhas reduced transaction costs.making sharing assets cheaper and easier than ever—and therefore possible on a much larger scale.The big change is the availability ofmore data about people and things.which allows physical assets to be divided andconsumed as services.Before the internet.renting a surfboard.a power tool or aparking space from someone else was feasible.but was usually more trouble than itwas worth. Now websites such as Airbnb.RelayRides and SnapGoods match upowners and renters;smartphones with GPS let people see where the nearest rentablecar is parked;social networks provide a way to check up on people and build trust;and online payment systems handle the billing.Whats mine is yours.for a feeC)Just as peer-to-peer businesses like eBay allow anyone to become a retailer.sharing sites let individuals act as an ad hoc(临时的)taxi service.car-hire firm or boutiquehotel(精品酒店)as and when it suits them.Just go online or download an app.Themodel works for items that are expensive to buy and are widely owned by peoplewho do not make full use of them. Bedrooms and cars are the most obviousexamples.but you can also rent camping spaces in Sweden.fields in Australia andwashing machines in France. As advocates of the sharing economy like to putit.access trumps(胜过)ownership.D)Rachel Botsman.the author of a book on the subject.says the consumer peer-to-peer rental market alone is worth $ 26 billion.Broader definitions of the sharing economyinclude peer-to- peer lending or putting a solar panel on your roof and selling powerback to the grid(电网). And it is not just individuals;the web makes it easier forcompanies to rent out spare offices and idle machines.too.But the core of the sharingeconomy is people renting things from each other.E)Such “collaborative(合作的)consumption”is a good thing for several reasons.Owners make money from underused assets.Airbnb says hosts in SanFrancisco who rent out their homes do so for an average of 58 nights a year.making$ 9.300.Car owners who rent their vehicles to others using RelayRides make anaverage of $ 250 a month;some make more than $ 1.000. Renters.meanwhile.payless than they would if they bought the item themselves.or turned to a traditionalprovider such as a hotel or car-hire firm.And there are environmental benefits. too:renting a car when you need it.rather than owning one.means fewer cars are requiredand fewer resources must be devoted to making them.F)For sociable souls. meeting new people by staying in their homes is part of the charm.Curmudgeons(倔脾气的人)who imagine that every renter is a murderer can stillstay at conventional hotels.For others. the web fosters trust.As well as thebackground checks carried out by platform owners.online reviews and ratings areusually posted by both parties to each transaction.which makes it easy to spot baddrivers.bathrobe-thieves and surfboard-wreckers. By using Facebook and othersocial networks. participants can check each other out and identify friends(or friends of friends)in common.An Airbnb user had her apartment trashed in 2011.Butthe remarkable thing is how well the system usually works.Peering into the futureG)The sharing economy is a little like online shopping. which started in America 15 years ago.At first.people were worried about security.But having made a successfulpurchase from.say.Amazon.they felt safe buying ing Airbnbor a car-hire service for the first time encourages people to try otherofferings.Next.consider eBay.Having started out as a peer-to-peer marketplace. it isnow dominated by professional “power sellers”(many of whom started out asordinary eBay users).The same may happen with the sharing economy.which alsoprovides new opportunities for enterprise. Some people have bought cars solely torent them out.for example.H)Existing rental businesses are getting involved too. Avis.a car-hire firm.has a share ina sharing rival. So do GM and Daimler. two carmakers. In future. companies maydevelop hybrid(混合的)models. listing excess capacity(whether vehicles.equipment or office space)on peer-to-peer rental sites.In the past.new ways of doingthings online have not displaced the old ways entirely.But they have often changedthem.Just as internet shopping forced Wal-mart and Tesco to adapt. so online sharingwill shake up transport. tourism. equipment-hire and more.I)The main worry is regulatory uncertainty. Will room-renters be subject to hotel taxes.for example? In Amsterdam officials are using Airbnb listings to track downunlicensed hotels.In some American cities.peer-to-peer taxi services have beenbanned after lobbying by traditional taxi firms.The danger is that although somerules need to be updated to protect consumers from harm.existing rental businesseswill try to destroy competition. People who rent out rooms should pay tax.ofcourse.but they should not be regulated like a Ritz-Carlton hotel. The lighter rulesthat typically govern bed-and-breakfasts are more than adequate.J)The sharing economy is the latest example of the internets value to consumers.Thisemerging model is now big and disruptive(颠覆性的)enough for regulators andcompanies to have woken up to it.That is a sign of its immense potential.It is time tostart caring about sharing.46.Sharing items such as cars does good to the environment.47.Airbnbs success clearly illustrates the emergence of a huge sharing economy.48.The major concern about the sharing economy is how the government regulates it.49.The most frequently shared items are those expensive to buy but not fully used.50.The sharing economy has a promising future.51. Online sharing will change the way business is done in transportation. travel. rentals.etc.52.Airbnb is a website that enables owners and renters to complete transactions online.53.The sharing economy is likely to go the way of online shopping.54.One advantage of sharing is that owners earn money from renting out items not made full use of.55.Sharing appeals to the sociable in that they can meet new people.精讲精练2012-06Passage OneQuestions 57 to 61 are based on the following passage.In times of economic crisis. Americans turn to their families for support. If the Great Depression is any guide.we may see a drop in our skyhigh divorce rate.But this won't necessarily represent an increase in happy marriages. In the long run.the Depression weakened American families.and the current crisis will probably do the same.We tend to think of the Depression as a time when families pulled together to survive huge job losses.By 1932.when nearly one-quarter of the workforce was unemployed.the divorce rate had declined by around 25% from 1929.But this doesn't mean people were suddenly happier with their marriages.Rather.with incomes decreasing and insecure jobs.unhappy couples often couldn ' t afford to divorce.They feared neither spouse could manage alone.Today.given the job losses of the past year.fewer unhappy couples will risk starting separate households.Furthermore.the housing market meltdown will make it more difficult for them to finance their separations by selling their homes.After financial disasters family members also tend to do whatever they can to help each other and their communities.A 1940 book. The Unemployed Man and His Family. described a family in which the husband initially reacted to losing his job “with tireless search for work.”He was always active.looking for odd jobs to do.The problem is that such an impulse is hard to sustain Across the country.many similar families were unable to maintain the initial boost in morale(士气).For some.the hardships of life without steady work eventually overwhelmed their attempts to keep their families together. The divorce rate rose again during the rest of the decade as the recovery took hold.Millions of American families may now be in the initial stage of their responses to the current crisis.working together and supporting one another through the early months of unemployment.Today's economic crisis could well generate a similar number of couples whose relationships have been irreparably(无法弥补地)ruined.So it's only when the economy is healthy again that we'll begin to see just how many broken families have been created.注意:此部分试题请在答题卡 2 上作答。
225mm—TECH N I C A L DATA S H EE TStanilite®Platinum exit LED evago Nexus® ceiling mountRangePlatinum range Product group Exit LED evagoFeatures• LED technology 100,000 hours plus lamp life• Low power consumption and LED light source for reduced operation and maintenance costs• Advanced charging technology combined with Lithium iron phosphate battery for long life and low maintenance• Nexus monitored, wireless• RF frequency range 920 - 925 MHz• Bright and uniform exit face luminance• Architecturally pleasing frameless slim line design • First-fix plate for quick and easy installation and maintenance• 24m viewing distance• Surface mounting (requires space behind the ceiling for Nexus RF communication module and antenna)• Product comes standard with running man pictograph straight. Other pictograph diffuser options (arrow left/right) can be ordered separately - see accessories• 0.5m and 1m rod suspension kit available as a standard option• 1.5m and 3m wire suspension kit available as a standard optionCatalogue no.DescriptionNexus productsSGPELEVRFSCM-1Platinum exit LED evago Nexus RF ceilingmount single sided picto Accessories 31-BPGEVG Backplate evago 24m 31-PEVG1Diffuser evago 24m picto 31-PEVG2Diffuser evago 24m <picto 31-PEVG3Diffuser evago 24m picto>EVRSK50CM Evago rod suspension kit 50cm EVRSK100CM Evago rod suspension kit 100cm EVWSK150CMEvago wire suspension kit 150cm EVWSK300CM Evago wire suspension kit 300cm Spare parts 03-YPMA011Battery LiFePO4 3.2V 1.14AhDimensionsItem Length Width Height Control module 159mm 52mm 41mm Diffuser assembly335mm12mm184mmWeightModel Weight Nexus RF1.5kg ConstructionPart Construction Body Diecast aluminum Light guide PolycarbonateDiffuserAcrylic 109A K K 107045A 4819 - G - F e b 2020—We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilisation of its contents – in whole or in parts – is forbidden without prior written consent of ABB.Copyright © 2020 ABB All rights reserved—ABB Pte. Ltd.2 Ayer Rajah Crescent Singapore 139935Phone: +65 6776 5711Fax: +65 6778 0222E-mail:*********************.comRod suspended Wire suspendedNote on rod/wire suspended:−Evago rod/wire suspension kits available separately, see accessoriesLight sourceModel Light source Nexus RFMultiple LED 0.6W Power consumptionModel Power consumption Nexus RF2.0W averageNote: Preliminary resultsNote:−Complies to IEC60598.2.22 and AS2293。
企业电力业的解决方案英文版In recent years, the development of the electricity industry in China has been rapid, and the demand for electricity by enterprises has been continuously increasing. The stable supply of electricity is an essential guarantee for the normal operation of enterprises. In the face of the growing demand for electricity, how to solve the electricity problem of enterprises has become a major challenge. As a result, many enterprise power solutions have emerged in Chinese market. This article will introduce some commonly used solutions and their pros and cons in detail.1. Grid Connection ModeGrid connection mode is the most widely used form for enterprise power solutions, which means connecting to the municipal power grid. The company buys electricity from the power company, and the power company delivers electricity to the company through the power grid.Pros:Firstly, this method is relatively simple, and the power supply is stable. It does not require large up-front costs, and enterprises do not need to obtain power generation licenses.Secondly, the electricity resources of power companies are abundant, and the supply is relatively stable, which can ensure the normal power supply of the enterprise.Cons:Firstly, the price of electricity is relatively high, and the cost of electricity consumption is a major financial burden for enterprises.Secondly, because the power grid is a common resource, it tends to be overloaded during peak hours of electricity consumption, leading to the probability of power outages, which may affect the normal operation of enterprises.2. Self-Built Power StationsEnterprises can build power stations by themselves and generate electricity by using natural gas, coal, or other forms of energy. According to the type of power, self-built power stations can be divided into thermal power stations, gas power stations, and renewable energy power stations.Pros:Firstly, the cost of electricity generated by the enterprise's own power station is lower than the price of electricity purchased from the municipal power grid.Secondly, the self-built power station can flexibly adjust the power generation according to the enterprise's powerconsumption, thus alleviating the pressure of the power grid during peak hours.Cons:Firstly, the high start-up costs and technological requirements for the construction of the power station will pose huge challenges to enterprises, and the construction period is relatively long.Secondly, the costs of operation, maintenance, and upgrading of power stations also require a large amount of capital investment.Thirdly, the emissions of self-built power stations also pollute the environment, which has an impact on the environment and highlights the contradiction between economic development and environmental protection.3. Energy Storage PowerEnergy storage power is an emerging power generation technology that can store surplus electricity from the power grid or the enterprise’s own power generation system when the demand is low, and release electricity when the demand is high. It can not only solve the problem of power supply instability, but also realize the efficient use of electricity.Pros:Firstly, the energy storage power can effectively solve the instability of power supply, such as voltage fluctuations and transient gossips, improve the stability and reliability of power supply, and reduce the possibility of power outages.Secondly, the energy storage power can adjust the peak and valley electricity usage through the peak shaving technology, reducing the pressure of the power grid during peak hours.Cons:Firstly, compared with the previous two solutions, the energy storage power technology is relatively new, and the investment risks are high. Enterprises need to have professional technical teams and experienced management personnel to ensure the safe and stable operation of the system.Secondly, the cost of energy storage devices, such as batteries, is relatively high, which will increase the investment and operation costs of enterprises.ConclusionDifferent enterprise power solutions have different advantages and disadvantages. Enterprises can choose the most suitable one to meet their own needs based on their actual situation. However, no matter which method is selected, enterprises should pay attention to the overall cost, environmental protection, and the cooperation betweenelectricity and production, so as to obtain the maximum benefit while achieving sustainable development.。
Unit 14Storms make trees take deeper roots.P art ADirections:Read the following texts. Answer the questions blow each text by choosing [A],[B],[C] or [D].Text 1When Julius Caesar made his triumphal entrance into Rome in 45 BC, he celebrated by giving a feast at which thousands of guests gorged on poultry, seafood and game. Similar celebrations featuring exorbitant consumption of animal flesh have marked human victories — in war, sport, politics and commerce —since our species learned to control fire. Throughout the developing world today, one of the first things people do as they climb out of poverty is to shift from their peasant diet of mainly grains and beans to one that is rich in pork or beef. Since 1950, per capital consumption of meat around the globe has more doubled.Meat, it seems, is not just food but reward as well. But in the coming century, that will change. Much as we have awakened to the full economic and social costs of cigarettes, we will find we can no longer subsidize or ignore the costs of mass-producing cattle, poultry, pigs, sheep and fish to feed our growing population. These costs include hugely inefficient use of fresh water and land, heavy pollution from livestock feces, rising rates of heart disease and other degenerative illness, and spreading destruction of the forests on which much of ou r planet’s life depends.First, consider the impact on supplies of fresh water. To produce 1kg of feedlot beef requires 7 kg of feed grain, which takes 1000 kg of water to grow. Pass up one hamburger, and you’ll save as much as water as you save by taking 40 showers with a low-flow nozzle. Yet in the U.S., 70% of all the wheat, corn and other grain produced goes to feeding herds of livestock. Around the world, as more water is diverted to raising pigs and chickens instead of producing crops for direct consumption, millions of wells are going dry. India, China, North Africa and the U.S. are all running freshwater deficits, pumping more from their aquifers than rain can replenish. As populations in water scarce regions continue to expand, governments will inevitably act to cut these deficits by shifting water to grow food, not feed. The new policies will raise the price of meat to levels unaffordable for any but the rich.That prospect will doubtlessly provoke protests that direct consumption of grain can’t provide the same protein that meat provides. Indeed, it can’t. But nutritionists will attest that most people in the richest countries don’t need nearly as much protein as we’re currently getting from meat, and there are plenty of vegetable sources — including the grains now squandered on feed —that can provide the protein we need.1. T he author cites the example of Caesar’s feat to suggest that[A] Caesar made a big triumphal entrance into Rome .[B] the victory was celebrated with various kinds of meat.[C] people think eating meat is a symbol of wealth and victory.[D] Caesar and his guests enjoy the feast with meet very much.2. The author compares meat eating to cigarette smoking because[A] both of them are personal habits.[B] they cost a lot of economic and social resources.[C] eating meat can be expensive if people like to smoke.[D] they can lead to some serious diseases.3. What can be inferred from paragraph 3?[A] To produce the same amount of beef needs 7000 times the weight of water.[B] The resources we need to make a hamburger equal to that of 40 showers.[C] As more water is used to raise poultry, water scarce regions will increase.[D] To control water deficit, governments will raise the price of meat.4. According to the text, which of the following is true?[A] Only a small part of the grain is directly consumed in the world.[B] Eating meat might be a symbol of richness in the future.[C] People today eat much more meat than what is necessary.[D] Many rich countries face the problem of fresh water shortage.5. Which is the best title for the text?[A] The change of food structure in America.[B] Water shortage caused by meat consumption.[C] The increase of meat supply around the globe.[D] The cost of meat consumption.Text 2I agree that the Canadian immersion and bilingual schools have been successful in producing functionally bilingual students. In the province of Manitoba, there are French, Ukrainian, and German immersion schools; Hebrew bilingual schools; and a school for native Indian students. English immersion programs are popular for students from the province of Quebec as well as from countries such as Libya and Japan. However, Mr. Whelpton’s suggested condition that teachers in these schools must be fully bilingual may be unnecessary. For example, primary teachers can and do function with a smaller vocabulary than secondary teachers.Secondly, it is doubtful that students will use English because they “understand and accept the objective of making English the language of the classroom,”which is a rather sterile motive. One reason that Canadian immersion programs work is because of the commitment to Whole Language Learning ,that is, children learn a language,(first or second),by using it to transmit or receive meaningful messages that are interesting, real and important.They want to make their needs and desires known and to understand the world around them. Immersion programs integrate language and content in an activity-based, child-centered manner so that the child is motivated to use the second language as a tool to transmit and receive messagesrelated to social and academic interests. In addition the second language is modeled throughout the school, is encouraged and rewarded, and thus becomes the language of choice. It is not necessary to “abandon” Cantonese; an immersion program should provide some daily instruction in the first language.Mr. Whelpton’s third argument that all the students in one class need to be at approximately the same level of English proficiency when they switch to English is unrealistic and unprofitable. How does a teacher group children who have a huge vocabulary but poor grammar skills and others who have correct grammar but a poor vocabulary?Also, suppose the students have similar language abilities but different learning styles! The odds are that a teacher, at any point in time, will be teaching at a level that is too difficult for one-third, too easy for one-third and appropriate for the final one-third of the students. Hence the concept of co-operative learning: students in heterogeneous groups with a mixture of personalities, talents and weaknesses (a more realistic reflection of life) learn better as they co-operate, instead of compete, and depend on each other for support and information. This type of learning environment frees the teacher from the traditional lecturing mode in favor of circulating, monitoring and challenging the students to make use of their different experiences to expand their knowledge and skills.6. The writer’s attitude towards the Canadian immersion program is[A] balanced. [B] unenthusiastic.[C] supportive. [D] critical.7.The word “sterile” (Line 2, Para 2 )is closest in meaning to[A] uninspiring. [B] unusual.[C] stereotypical. [D] uninformative.8. The Canadian immersion program has been a success because[A] it makes English the language of the classroom.[B] students in classrooms are at about the same level.[C] students can use their first language freely in classrooms.[D] it works towards real life goals of the students.9. According to the author the reality of classroom teaching is[A] more straightforward than Mr. Whelpton describes.[B] more difficult to control than Mr. Whelpton describes.[C] more lively than Mr. Whelpton describes.[D] more complicated than Mr. Whelpton describes.10. The author uses a colon (Line 3, Para 5) to[A] give evidence for the point made. [B] explain the term.[C] introduce the consequence. [D] provide a reason.Text 3The strongest case for globalization is the liberal one. It is almost never heard, least of all from governments or businessmen. International economic integration, on the liberal view, is what happens when technology allows people to pursue their own goals and they are given the liberty to do so. If technology advances to the point where it supports trade across borders, and if people then choose to trade across borders, you have integration, and because people have freelychosen it this is a good thing. Also, again because people have freely chosen this course, you would expect there to be economic benefits as well.By and large, theory and practice confirm that this is so. Adam Smith’s invisible hand does its work. People choose what serves their own self-interest, each of them making that judgment for himself. The result is that society as a whole prospers and advances spontaneously, not by design of any person or government.All kinds of qualifications and elaborations are needed, obviously, to fill out the argument properly. This survey will offer some of them in due course. But it is essential to understand one point from the outset. The liberal case for globalization is emphatically not the case for domestic or international laisser faire. Liberalism lays down no certainties about the requirements of social justice in terms of income redistribution or the extent of the welfare state. It recognizes that markets have their limits, for instance intending to the supply of public goods (such as a clean environment). A liberal outlook is consistent with support for a wide range of government interventions; indeed a liberal outlook demands many such interventions.But the starting point for all liberals is a presumption that, under ordinary circumstances, the individual knows best what serves his interests and that the blending of these individual choices will produce socially good results. Two other things follow. The first is an initial skepticism, at least, about collective decision making that overrides the individual kind. The other is a high regard for markets not as a place where profits are made, it must be stressed, but as a place where society advances in the common good.Why then are governments and business leaders rarely heard to put this case? Because for the most part they are not liberals. Perhaps it goes with the job that politicians of left and right, traditional and modern, have an exaggerated view of their ability to improve on the spontaneous order of a lightly governed society.11. What is the liberal’s understanding of the economic integration?[A] It is designed by the government.[B] It has nothing to do with technology.[C] It is people’s own choice.[D] It brings to people economic benefits.12. What does t he word “argument” (Line 1, Paragraph 3) refer?[A] People choose what serves their own self-interest.[B] Technology allows people to pursue their own goals.[C] Theory and practice confirm that this is so.[D] Society as a whole prospers and advances spontaneously.13. It can be inferred from Para 3 that[A] the global liberal is either domestic or international laisser faire.[B] liberalism requires social justice and the extent of the welfare state.[C] liberals can supply markets with a clean environment.[D] a liberal outlook demands many government interventions.14. The initial skepticism most probably thinks that[A] the combination of individual choices produces socially good results.[B] market is a place where society advances in the common good.[C] the individual knows best what serves his interests.[D] collective decision making overrides the individual kind.15. According to the text, who can be a liberal?[A] Adam Smith. [B] A businessman.[C] A business leader. [D] A politician.Text 4A couple of months ago, Blanca Nubia Chamorro, aged 12, found a ball in her village in southern Nicaragua. As she was playing, it blew up. Blanca now lies in hospital without her left arm and right hand.Years after all fighting has stopped, landmines continue to cripple people in countries that have savage wars, including Nicaragua, Cambodia and Mozambique. Afghanistan, where new fighting is now awaited, may still be the most heavily mined area in the world. Moreover, the vile contraptions continue to be planted by governments or rebels in some 25 countries. According to the International Campaign to Ban Landmines (IGBL), mines claim well over 15,000 victims a year in about 90 countries. At least matters are not as bad as they were. As they got together in Nicaragua on September 18th, the parties to the 1997 Ottawa convention which bans the use, production, stockpiling, sale and purchase of landmines had cause for congratulation. The ICBL was able to report that 185 square meters (46,000 acres) of mined territory was cleared last year; the number of producers has shrunk from 55 to 14 over the past few years; trade seems to have come to a halt; stockpiles are shrinking, with 27m mines destroyed; the number of new victims, while still high, is declining. There are now 120 full members of the convention, with another 21 on the way.Yet 240m landmines are still thought to be stockpiled in about 100 countries. The Ottawa convention requires members to clean up their arsenals within four years, but nearly 20 countries have not even started to do so. More to the point, most of the world’s landmines are held by countries that have declined to sign the treaty. Russia and America, two determined non-joiners, have stockpiles estimated at 65m and 11m respectively. Theoretically, the Ottawa convention is legally binding, but identifying the culprits, let alone enforcing the law, is not easy. Many members have not yet provided clear information about their landmines, an obligation under the convention. Monitoring what is happening to the mines is difficult and time-consuming and is not part of the convention: most of the work is carried out by the IGBL’s 115 researchers. And even when countries are found guilty, bringing them back into line depends on peer pressure, since no clear penalty system has been devised.Another troubling point is that the convention binds only governments. Yet landmines are a weapon of choice for rebels. The Nicaraguan meeting acknowledged that insurgents too should give them up. But it will take much more than peer pressure to get them to do so.16. The author’s purpose in writing Para.1 is[A] to make it interesting to attract the readers.[B] to show the tragedy that landmines produce.[C] to tell the reader a story of a pitiful girl.[D] to introduce something about landmines .17. Which of the following is true about landmines?[A] Mozambique and Afghanistan are among the most heavily mined areas.[B] In more than twenty countries, governments or rebels still use landmines.[C] The September 18th convention covers the use and sell of landmines[D] The landmine storage declines, thanks to the removal of many arsenals,.18. The IGBL congratulated because[A] a wide area of mined territory was found and the landmines were destroyed.[B] the reduction of producers caused the shrinking of landmine stockpiles.[C] trade of landmines had been stopped due to pressure from members.[D] the number of new victims in about 90 countries declined to a satisfying level.19. The phrase “on the way” (Line 10, Para 2) most probably means[A] planning to join. [B] planning to withdraw from the treaty.[C] planning to use landmines. [D] planning to abandon landmines.20. The underlined sentence in Para 3 shows that[A] many members haven’t reported their landmines clearly and timely.[B] surveying what is happening to the mines is difficult and wastes time.[C] it is difficult to put the culprits under penalty since the law is imperfect.[D] the convention binds both governments and rebels to plant landmines.Part BDirections:You are going to read a text, followed by a list of examples. Choose the best item from the list [A]-[F] for each numbered subheading (21-25). There is one extra item which you do not need to use.The high-tech revolution has inspired a seemingly endless stream of new and exciting electronic products that we just can’t live without. In fact, the dizzying speed of technological innovation can make last year’s must-have this year’s junk.And that’s the problem. The average life span of a personal computer has shrunk to around 18 months —and this had nothing to do with worn-out mice or damaged disk drives. Simply put, electronic products can become obsolete before you’ve even figured out how they work.21. However,out-fashioned electronic machines are disposed in ways disagreeable.Many end up in landfills and that is where the trouble really begins. Computer monitors can contain up to 3.5kg of lead and can actually be considered hazardous waste once they are no longer in use. Circuit boards in electronic products contain cadmium, chromium and mercury, all of which are toxic substances that can leach into groundwater if left in a landfill.22. Unfortunately, disposal problem is growing by the minute.In Europe, 6 million metric tons of electrical and electronic equipment were generated in 1998 alone, and that volume is expected to increase three to five percent per year — which means by 2010 it could nearly double.23. Actions are taken to answer the problem raised by techno-trash.24. Companies are searching for new ways of tackling disposal issues before they become a problem, thus eliminating the need for legislative solutions. One way to reduce waste is to avoid throwing this away in the first place. Many companies reuse parts from old products in new models. This is not cheating — it makes both environmental and economic sense.25. Electronic products garbage cannot necessarily be reined in during only one phase.IBM, meanwhile, recently unveiled programs in Canada and the U.S. that, for a small fee, will take back not just an IBM but any manufacturer’s computer. Depending on the age andcondition, the equipment will then be either refurbished and donated to charity, or broken down and mined for reusable parts and recyclable materials.[A] Canon, for example, has adopted a corporate philosophy known as”kyosei”. In Canon’s context it means “living and working together for the common good”—including a fundamental goal of achieving sustainable economic development and harmony between the environment and corporate activities. The company has even gone so far as to say that environmental assurance should come before all business activities, and that companies incapable of achieving such assurance do not deserve to remain in business.[B] In Japan alone, consumers throw away some 20 million TVs, washing machines, refrigerators and air conditioners each year.[C] In 1999, the recoverable ratio including closed recycling, was 97 percent for Bubble Jet ink cartridges in Japan.[D] The European Commission has proposed a directive that would require all electronic manufacturers to take back and properly dispose of all electronic products, regardless of their age. The details are still being ironed out, but some version of the directive will most probably become law in the next few years. Similar legislation is in preparation in the U. S. and has already been passed in Japan.[E] Old keyboards, monitors, organizers and CPUs are stashed away in the attic or forgotten in a corporate warehouse, taking up valuable space.[F] One concept,called “design for the environment”is in evidence at Kyocera Mita, whose Ecosys laser printers do not use disposable toner cartridges. Using advanced ceramics technology, these printers include a durable print drum with a super-hard coating that can produce up 300,000 pages of high-quality printing. Not only does this make ecological sense and keep cartridges out landfills, but also it saves the customer money.Part CDirections:Read the following text carefully and then translate the underlined segments into Chinese.Our age is in many ways unique, full of phenomena that never occurred before and never can again. They distort our thinking, making us believe that what is true now will be true forever, though perhaps on a larger scale. Because we have overcome distance on this planet, we imagine that we can do the same in space. 26)The truth is otherwise, and we will see it more clearly if we forget the present and turn our minds toward the past.To our ancestors, the vastness of the earth was a dominant factor in their thoughts and lives. No man could ever see more than a tiny fraction of the earth. Only a lifetime ago, parents waved farewell to their emigrating children, knowing that they would never see them again. Now, within one incredible generation, all this has changed. Psychologically as well as physically, there are no longer any remote places on earth. 27)When a friend leaves for what was once a distant country, we cannot feel that same sense of unchanged separation that saddened our forefathers. We know that he is only hours away by plane, and we have merely to reach for the telephone to hear his voice.When the satellite communication network is fully established, it will be as easy to see friends on the far side of earth as to talk to them on the other side of town. Then the world will shrink no more. 28)From a world that has become too small, we are moving out into one that will be forever large, whose frontiers will recede from us always more swiftly than we can reach outtoward them.Modern technology might seem to make even the solar system a comfortable homey place. You might think that such giant planets as Saturn and Jupiter would come to hold the same place in our thoughts that African and Asia do today. 29)Remember, however, that as soon as we pass beyond the orbit of the moon, a mere quarter-million miles away, we will meet the first of the barriers that will separate the earth from her widely scattered children — time.The wonderful telephone and television network that will soon cover the whole world can never be extended into space. It will never be possible to talk with anyone on another planet.30)The problem is the length of time necessary for the transmission of the message, which will take minutes or hours to travel, because radio and light waves travel at the rate of 186,000 miles a second and cannot be hurried up. In distances of more than a million miles, the time lag will be intolerable. Under such circumstances an exchange of verbal messages is possible —but not a conversation.做题点拨与全文翻译Part AText 1语境词汇1. gorge vt.贪婪地吞咽n.咽喉;山峡2. exorbitant a.过度的;极高的3. subsidize vt.给…津贴或补贴4. degenerative a.变质的;退化的;退步的5. divert vt.使转移;使得到消遣6. aquifer n地下蓄水层;砂石含水层7. replenish vt.补充8. provoke vt.激起,激怒9. attest vt.证明;作为…的见证10. squander vt.(指钱、财产等)浪费难句突破1.[Much as we have awakened to the full economic and social costs of cigarettes,] we will find we can no longer subsidize or ignore the costs of mass-producing cattle, poultry, pigs, sheep and fish [to feed our growing population.]【分析】复合句。
促进消费英文作文Title: Stimulating Consumption: A Catalyst for Economic ProsperityIn the intricate tapestry of modern economies, consumption stands as a vibrant thread, weaving together the fabric of economic activity and driving the machinery of progress. This essay delves into the importance of stimulating consumption and explores strategic measures to achieve this end, ensuring a robust economy that thrives on the dynamism of its consumers.The pivotal role of consumption in economic growth is incontrovertible. It is the engine that powers industries, creates jobs, and generates revenue for governments through taxes. A rise in consumer spending signals confidence in the economy, encouraging investment and spurring innovation as businesses strive to meet evolving demands. Thus, an active and enthusiastic consumer base is fundamental, translating into a flourishing economy that perpetuates a cycle of prosperity.To foster an environment conducive to increased consumption, policies aimed at enhancing disposable income are imperative. By reducing tax burdens on lower andmiddle-income brackets, more purchasing power is injected into the hands of consumers. This empowerment allows for greater freedom in spending, thereby stimulating demand for goods and services across diverse sectors. Such a strategy not only amplifies consumption but also cultivates a sense of financial well-being among the populace, setting the stage for a virtuous circle of spending and economic health.In parallel, promoting consumer finance options can remove barriers to big-ticket purchases. Easier access to credit, coupled with competitive interest rates, emboldens consumers to invest in long-term goods like homes, automobiles, and technological devices. These investments are significant, often leading sectors and triggering broader waves of consumption as industries cater to associated needs and services. However, a prudent approach must be maintained to avoid the pitfalls of excessive debt, ensuring that finance schemes serve as a bridge to facilitate consumption without jeopardizing financial stability.Another potent tool in the arsenal to boost consumption is the encouragement of entrepreneurship and small businesses. Incentives such as tax breaks, subsidies, or grants can galvanize entrepreneurs to establish and expand theirventures. These entities, often more nimble than corporate giants, can quickly adapt to market trends and provide a diverse array of products and services. This diversity caters to niche markets and specific consumer segments, satisfying the unique preferences of different demographics and further stoking the flames of consumption.Furthermore, embracing e-commerce platforms opens up vast opportunities for increasing consumer spending. The digital marketplace provides unparalleled convenience, allowing consumers to shop extensively and globally from the comfort of their homes. This ease of purchase, coupled with the ability to compare prices and read reviews, empowers consumers to make informed decisions and stimulates higher volumes of sales. Additionally, data-driven marketing strategies can be harnessed to tailor advertisements and promotions to specific consumer preferences, thus nudging spending upwards.In conclusion, while these strategies offer compelling pathways to enhance consumption, it is essential to tread with a vision toward sustainability and equity. Economic growth must not come at the expense of environmental health or social disparities. Balancing the stimulus of consumption withresponsible practices ensures that today's prosperity does not mortgage tomorrow's wellbeing. Stimulating consumption, therefore, must be a harmonious blend of incentives, accessibility, and responsibility—a formula that promises not just short-term gains but a sustainable economic legacy.。
Big PK: Power consumption costs for LED and other electronic equipmentAccording to "Forbes" website reported, we may use mobile phones, computers, laptops we may have to use etc everyday, but do you know how much electricity we pay to them a year? The following is a summary of "Forbes" website for common electronic equipment and appliances annual consumption.1) iPad: power consumption about USD 1.5 a year.If you fully charge and exhaust the iPad every day, probably a year, the iPad electricity consumption at about 12 kw/h, about $ 1.5. (Source: EPRI)2) iPhone or other mobile phones: power consumption of about $ 0.25 a year.The battery capacity for iPhone5 is 1440 mAh or 5.45Wh. If you fully charge and exhaust the iPhone every day, The consumption for an iPhone is about 2 kw/h a year, if calculated at the average price of $ 0.12 a kilowatt, it means that you only pay $ 0.25 a year for the iPhone electricity. Now you may no longer feel bad every day, holding the iPhone free charging it. (Source: EPRI)3) Notebook: power consumption of about $ 8 a year。
A laptop’s consumption is 72 kw/h average a annual, according to $ 0.12 calculated, only spent your electricity about $ 8 a year。
(Source: EPRI)4) Plasma TV: power consumption of about $ 45 a yearIf we calculate according to opening television five hours per day, then a large size of plasma battery is about 360 kw/h a year, the electricity amounted to about $ 45. LCD TV is comparatively very low power consumption, and a year of electricity is about $ 20. (Source: CNET)5) 60W bulb: the annual power consumption of about $ 26Incandescent lamps use the 90% of the energy to heat not light. According to a standard 60W incandescent lights turn on 10 hours per day, the power consumption can up to 220 kw/h a year, about $ 26. (Source: EPRI)6) LED lights: the annual power consumption of about 4.4 U.S. dollarsLED light is really saving power. If the lights turn on 10 hours a day to calculate, an LED power consumption is only 37 kw/h each year, only needs $ 4.4 electricity, 80% energy saving compared to incandescent lamps. (Source: EPRI)7) Desktop: $ 36 annual consumptionA desktop computer (including display) annual energy consumption of about 300 kw/h, electricity costs about $ 36. Plus a wireless modem and router, and an additional 90 units of electricity generated annually (about $ 10 of electricity). (Source: NRDC)8)Car: Fuel $ 2,200 per year (about 13,640 yuan)Assuming your car annual mileage is 15,000 miles, per gallon of gasoline can run 25 miles, which means that you need to buy 600 gallons of gasoline a year, $ 3.6 per gallon of gasoline calculated fuel costs you need to pay nearly $ 2,200 a year9)Tesla electric car: power consumption of about $ 450 per yearIf want to fully charge to T esla Model S electric car runed 300 miles, needs 85 kWh one time, or about $ 10, which is need 3 cents electricity per mile. If you drove the Model S to open 15,000 miles a year, you need to pay about $ 450 in electricity. Compared to conventional fuel vehicles, T esla can save $ 1,750 annual for the owners. However, a T esla electric car sales price is $ 75,000 in the U.S, after using more than 5 years you have to pay $ 12,000 to replace the battery, that is, the savings electricity money was not enough to change the battery fraction.10)washer and dryer: the annual power consumption of about $ 300 (about 1860 yuan).The latest front door (Front-Loading) Washing Machine electricity consumption of about $ 100 per year, while the door on the old (T op-Loading) Washing Machine consumption is twice as much, to be spending $ 200 per year of electricity. (Source: Mr Electricity, .)11)Water Heater: $ 600 per year consumption (about 3720 yuan)Heaters accounted for 18% of the annual energy consumption of all appliances of total consumption device, about $ 600. For the heater, the best way to save energy is to use cold water washing, so you can save an average of $ 150 per year for your electricity bill. (Source:. EPA, Mr Electricity)12)Microwave: 15 minutes heating consumes $ 0.04 (about 0.25 yuan)According to data released by Michaelbluejay, a microwave oven is heating, the power consumption is about 15 minutes 0.36 degrees, about $ 0.04, a figure far below the electric oven electricity consumption.13)Refrigerator: annual consumption of about $ 42 (about 260 yuan)Compared to the 1980s, now the refrigerators save 75% power consumption, the power consumption of 1400 degrees from the previous year, down to 350 degrees. If the calculation of $ 0.12 per kilowatt electricity needed dropped from $ 168 to $ 42. (Source: michaelbluejay)14): Air conditioning: power consumption of about $ 1,000 per year.According to data released by michaelbluejay, air conditioning (heating and cooling) the average electricity consumption accounted for about 40% of total electricity consumption per household per year. Like in T exas and other relatively hot areas, this figure is as high as 70%.。