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智能照明系统智能照明设计概述设计依据本方案的设计依据为：用户需求；甲方提供的照明平面图；Dynalite产品相关技术要求；国家照明电器相关技术标准设计范围要设计的范围为：地下一层至五层公共区域功能描述总说明：作为一个一直要展示一些较为重要的、贵重的特殊展厅来说，其空间相对于一些大型会展有很大的区别，而展厅内展出的一般都属摆放型的珍奇物件，较为细致，所以灯光的照射就要注重细部的表达，在此照明效果更具有公共展示性。
这种展厅往往对照明的要求更高，它需要依靠合适的灯光来创造一个“正确的”照明环境，使展品看起来更具有诱惑力。
观众希望看到的是展品表现出来的完美效果，所以重点光是极其重要的，起着创造视觉中心的作用，而周围的环境光也不容忽视，这两个方面必须相互配合，建立视觉上的平衡。
所以在此可以通过选用调光控制器来实现光与影，光与艺术品的完美结合。
Dynalite智能照明控制系统不仅能完全满足功能上的要求，而且能延长灯具寿命及节能，为交易广场带来更大的利益。
分区域说明大厅大厅是建筑的眼睛，是客人进入交易广场的第一印象，其灯具的选用、灯光的布置不只是为了照明的需要，更应考虑照明的气氛及照明与建筑装璜的协调。
作为高标准交易广场应该更大限度地为参观者提供一个舒适、优雅的光环境。
大厅安装8键可编程控制面板，根据不同的时间和不同的气氛，可预设置4种灯光场景，如早上、中午、下午、傍晚等，按各照明回路亮暗的不同搭配组合成多种不同灯光效果（我们称之为灯光场景）存入控制面板的某一按键中，当需要改变灯光效果时，用户可以象按傻瓜机那样，只需按一个按键，就可以调用某一灯光场景。
控制面板还具有“渐亮”和“渐暗”功能键，工作人员可随时利用这两个键灵活调节灯光亮度。
也可由工作人员进行手动编程，方便地选择或修改灯光场景。
除了控制面板之外，在大厅内靠近自然光的位置也可配置日照补偿探测器，通过日照补偿探测器感知到的室外光照度自动调节整个大堂的场景变化。
智能控制 节能专家飞利浦照明控制解决方案目录356781212~2015171921~3321232527293033智能照明解决方案智能照明方案什么是照明控制？为什么需要照明控制？节约能源的高效照明控制策略LED控制概述调光如何选择照明控制产品什么是最简单的节能方案?什么是优化的能源控制方案?什么是网络集成控制?案例介绍申隧设计大厦Interface 太仓基地中石油天然气股份有限公司总部One Shelley 大街贝克街55号利物浦竞赛与会议中心(ACC Liverpool)中国区部分项目业绩智能照明方案我们知道，选择合适的照明方案对您至关重要。
您需要在任何情况下都能提供最佳照明的系统，从而最大程度地适应具体照明需求。
我们还知道，传统照明75%的花费都被浪费——这些钱都花在了原本根本不需要照明的地方。
智能照明系统能够自动选择合适的照明度，帮助您实现可持续、低能耗照明，符合碳排放及相关法律要求，并大幅降低开支，提高员工工作效率和舒适度。
本手册旨在对于您在选择低碳楼宇照明方案时所需考虑的因素进行指导。
我们能为您提供创造高效照明管理策略的建议，使您从中获益，并为您的办公场所和更广泛的环境起到积极的作用。
我们的智能照明管理系统将有效降低成本、减少排放，并为您增加灵感、创造价值。
为什么需要照明控制？节约能源，降低成本各种潜在的危险地球变暖，海岸线升高， 旱灾，飓风…环境变化已经显而易见照明耗电也影响环境办公室采用飞利浦节能照明解决方案，可以为员工打造舒适的工作环境，激发员工的动力和活力。
绿色环保，可持续发展飞利浦提供节能型的照明解决方案以降低功耗，从而帮助企业节省开支，改善财务状况。
提高舒适度, 增加员工幸福感提高工作效率自动调节照明输出亮度自动提供适度照明创造特定的视觉效果实现不同灯光场景氛围改变空间的感觉保持建筑外观的最佳状态实 现早上 8:00 下午4:00傍晚6:00中午皮质醇LED控制概述固态照明，即通常所称的LED照明，除了作为工作岗位照明和产生色彩照明效果这两种已被广泛接受的用途外，还能作为通用的照明手段。
智能灯光控制系统
智能灯光控制系统是一种通过智能技术实现对家庭或办公场所灯光的远程控制和智能化管理的系统。
它使用了先进的传感器、通信技术和软件算法，可以实现对灯光的远程调光、定时开关、场景设置等功能。
智能灯光控制系统的主要特点包括：
1. 节能环保：通过智能调光和光线感应技术，可以根据不同的环境和需求调整灯光亮度，达到节能效果。
2. 远程控制：用户可以通过手机App或者云端平台远程控制灯光，随时随地实现开关、调光等操作。
3. 场景设置：用户可以根据不同的需求设置不同的灯光场景，比如阅读、聚会、放松等，通过一键切换即可实现。
4. 定时开关：系统支持灯光的定时开关功能，可以根据用户设定的时间自动开关灯光。
5. 智能联动：智能灯光控制系统可以与其他智能设备进行联动，比如与智能家居系统连接，可以通过其他设备的触发来控制灯光。
6. 情景模式：根据不同的需求和场景，可以设置不同的灯光模式，比如娱乐模式、阅读模式、睡眠模式等。
总而言之，智能灯光控制系统可以提高灯光的舒适度和灵活性，节约能源，实现远程控制和智能化管理，为用户提供更舒适、便捷和智能的灯光体验。
Dynalite邦奇智能照明设备调试实验教程一、设备构成1、硬件部分控制器D3 Dimmer：DDRC420FR面板Universal Panel 9 Series：DPLE950时钟Minder Time Clock (M16)：DDTC001调试笔记本通讯转换线：DTK622‐USB‐J2、软件部分Dynalite软件：DLight 2DTK622‐USB驱动3、硬件接线A.接电脑USB口；B.接DTK622‐USB‐J；C.从DTK622‐USB‐J接RJ11线到DDRC420FR的RJ11口；D.将DDRC420FR、DLPE950、DDTC001以手拉手方式连接，接线如下；E.给DDRC420FR供220VAC电。
二、工艺要求（以某大楼三层为例）1、系统图2、控制要求3、程序规划三、调试步骤1、查看端口在桌面上，右键点击“我的电脑”如下图。
得到如下图。
点击“硬件”得到如下图。
点击“设备管理器”，展开端口（COM和LPT），得到如下图。
可以看到DTK622‐USB对应的端口是COM4。
2、配置DLight 2端口打开软件DLight 2.exe，点“Cancel”按钮取消自动搜索，如下图。
得到如下图。
菜单中点击如下图。
得到如下图。
点击“Comms”按钮，得到如下图。
选择端口号“Port Number”为4，点击OK，得到如下。
点击“Save to INI”按钮，点击OK。
3、搜索连接设备A.搜索连接DDRC420FR点“L”快捷键，打开如下图。
在DDRC420FR上按一下接线端子左侧的RESET按钮，以上画面变化如下图。
点击“Load device D3 Dimmer Box 92”按钮，加载DDRC420FR如下图，完成DDRC420FR搜索连接。
B.搜索连接DLPE950点“L”快捷键，打开如下图。
在面板DLPE950随便哪个按键上按住不放5秒钟，得到变化如下图。
点击“Load device Universal Panel 9 Series Box 94”按钮，加载DLPE950如下图，完成DLPE950搜索连接。
Networked ControlsThe Philips Dynalite approach hinges on the belief that notwo lighting systems are the same and that every lighting installation should be tailored to best match the customers needs. Lighting systems can be set up for automatic operation – through the use of clocks and sensors – or for manual operation, or a combination of the two. The Dynalite platform is designed to be easily configured and yet powerful enough for any customized task. When properly set up and configured, the lighting system will respond to the needs of the occupants seamlessly; optimizing lighting for the tasks at hand while ensuring energy is not wasted in unoccupied areas.Envision Manager offers a number of flexible control andmonitoring capabilities for your Dynalite system which: •facilitates two-way communication and control with each lighting system component, including sensors, user interfaces and DALI lighting fixtures.•enables monitoring of all system components, withreal-time failure alerts and reporting of maintenance issues and energy usage.•allows entire floors, buildings or campuses to be controlled remotely, through any authorized web browser-enabled devices, providing an ideal solution for offices, hotels, arenas, stadia, museums, shopping malls, leisure centers, schools, university applications and more.Benefitsof a lighting control systemSystem architecture Philips Dynalite system architecture makes choosing the right control hardware for your project easy with a broad range of load controllers available to match any type of lighting load. The system flexibility where “every product can work with every other product” and its virtually unlimited scalability, means that should you need to change the design as the project evolves, all you need to do is swap out or add on to whathas already been designed.DYNET DALIMULTIMASTER LAN KEY:DYNET DALILED INCANDESCENT FLUORESCENTCURTAINS & BLINDS LIGHTING LOAD CONTROLLER• Able to control any light source • Operates seamlessly with other parts of the system SENSOR • Surface mounted sensor monitors light level and occupancy simultaneously.• Multiple modes can be scheduled to adapt the operation for di erent time of day ENVISION TOUCH • Allows the user control their lightingand HVAC from their mobile device • Enables override of existing light levelsfor speci c tasks• Permits authorized users to rede ne saved levels for lighting scenes ENVISION SWITCH• Desktop virtual control panel gives local control to the lighting over each desk.TO BMS • Shares information with the BMS tosupport the needs of each user• Allows the BMS to control the lighting • Embedded OPC server reports statusof areas, devices, drivers and lampsto the BMS ENVISION MANAGER • Provides full system monitoringand identi es any system issues in real time •O ers a console overview page for instant system status visualization• Provides detailed system oorplans to assist with maintenanceand management ENVISION GATEWAYETHERNET • Connects each network spur tothe Ethernet backbone • Contains a local clock to runscheduled eventsSENSOR• Surface mounted sensor monitorslight level and occupancy simultaneously.•Powered directly from the DALI bus DRIVERS • Supporting individual/group dimming of orescent ttings • Supports lamp status and runtime reporting LED DRIVER • Supporting individual/group dimming of LED ttings • Supports lamp status and runtime reporting EMERGENCY FITTINGS • Supporting individual/group dimming of DALI emergency ttings • Supports lamp status and runtime reporting • Supports DALI emergency testing for functional and duration tests DRY CONTACT INTERFACE • Dry contact interface for third-party connectivity • Powered directly from the DALI bus TOUCHSCREEN • Graphical touchscreen provides a soft keypad for local control of lighting and third-party systems • Custom screens can be tailored to clients exacting speci cations • The screen can be connected directly to the LAN or to the DyNet ER INTERFACE • Attractive keypad for local room controlEnvision Manager overviewSafetyEnvision Manager enables lighting settings to be optimized based on real performance data in each area, enhancing occupant safety. The system’s ability to perform testing on DALI Emergency Lighting further ensures the safety of building occupants during emergency situations.Energy efficiencyEnvision Manager promotes energy efficiency through a number of means. It allows lighting in unoccupied areas to be switched off or dimmed down without compromising occupants’ comfort or safety and facilitates aggressive energy reduction strategies during out-of-hours or non-working periods.In addition to this, Envision Manager supports daylight harvesting schemes to balance artificial lighting with natural daylight.Load Shedding reduces non-essential lighting energy consumption and is often required as part of an energy management strategy. Envision Manager can make this easier by allowing the facility manager to define a load shed statefor each area within the building. These states can be initiated easily either directly from EM or from the building management system (BMS).Aimed specifically for projectswhere it is necessary to controland manage lighting, Envision Manager provides the idealsolution for offices, hotels, arenas, stadiums, museums, shopping malls, leisure centers, schools, university applications and more.The Envision Manager difference•Is compatible with all current Dynalite products/solutions.•Provides live energy performance monitoring display.•Controls the entire lighting system on one screen.•Macro builder allows end-users to tailor the operation of the system to their own needs.•Monitors hardware performance in real time.•Controls scheduling, reports, DALI emergency testing, preset scenes and specific events, such as Earth Hour.•Monitors the performance of all devices, drivers and lamps, with an alert function to send custom notifications.ScalabilityEnvision Manager is inherently scalable, able to handle up to 65,535 different control zones within a building and capable of multiple-site applications.AccessibilityEnvision Manager permits remote access and control of the system via a web-page, which opens up control through any web-enabled device.ComfortOccupancy comfort is supported by Envision Manager’s ability to fine-tune lighting levels to meet the exact needs of each end-user for the tasks in which they are engaged. Moreover, any system or component failures trigger immediate alerts to the facilities manager. As soon as a problem is identified, the facilities manager fix it, minimizing disruption.Envision Manager’s dashboards simplify monitoring current status and operational performance.Operational performance can be viewed by area, showing facilities managers how their lighting system is performing and helping to identify where additional savings may be possible.As well as presenting performance data, Envision Manager is able to highlight a number of additional factors such as: itemsfor attention, pending scheduled activities, the status of each area; and results of emergency lighting testing.Features •Visualizes system energy performance •Provides an analysis tool, Envision Dashboard, to compare the consumption of different areas within the building •Displays performance graphs on a screen or touchpanel to engage occupants Monitor The control aspect of Envision Manager puts the facilitiesmanager firmly in the driving seat. Individual lamps or user-defined groups of lamps can be selected and controlled from the floorplan or overview console. Macros can be created and scheduled to occur at different times of the day or different days of the week. These can be a single action, multiple actionsor reoccurring actions.The system differentiates between working days, weekendsand public holidays, creating lighting scenes that supportcomfort while minimizing energy use. For example, time-outfunctions for unoccupied areas can be set to 30 minutes duringoffice hours but reduced to five minutes during other times.Features•Real time system status•Highly granular control options•Streamlined operationControlSCALABLE CONTROL THROUGHOUTTHE BUILDINGENERGY PERFORMANCE AND OPERATIONAL DATA AT A GLANCESystem maintenance ensures ongoing occupancy safety and comfort. The ‘Lamp Manager’ identifies lamps that are approaching the end of operational life or that have already failed. The system can also identify failed drivers and other faults on the system.The ‘Alerts Overview’ summarizes current alerts on the system with details of the state of each item. This helps the facilities manager prioritize planned maintenance activities and address unplanned outages.Features •Allows staff to manage DALI maintenance, avoiding service call costs •Shows problems on the floorplan •Lamp life reports support efficient maintenance Maintain Envision Manager facilitates a wide range of lighting systemmanagement activities. •The scheduling feature enables pre-defined lighting events to occur automatically at set times or in relation to sunrise/sunset times. •The reporting feature allows system reports to be generatedon hardware status, energy consumption and DALI emergency lighting performance. The report functionalityis particularly important with the growing mandatoryrequirement in different markets for accurate reporting ofenergy usage.•The ‘Emergency Test’ feature enables DALI emergencylighting systems to be tested via the software.Features•Scheduled activities ensure the building operates as designed at all times•DALI emergency tests can be run when the building is unoccupied•Custom schedules can easily be added by the end-user ManageMANAGE PRE-DEFINED LIGHTING EVENTS, GENERATEREPORTS AND TEST SYSTEMSIDENTIFY FAULTS AND FAILURES AND ANTICIPATE THEEND OF OPERATIONAL LIFE FOR LAMPSquestionsIs the Dynalite system designed only for large buildings?What happens when our business grows and we want to expand our control system?I heard that it is very expensive to make changes to the system once it is installed. Is this true?How can I control specific lighting in my office easily without having to add expensive light switches?Why would I not just use the Building Management System (BMS) to manage my lighting?Can the Dynalite system support DALI drivers?We have color changing architectural lighting in our building. Can I control and manage these lights using Envision Manager?I have been hearing about Philips’ range of warm/cool white tuneable fittings. How do they fit in with the Envision Manager offering?。
DYNALITE智能照明系统安装技术作者：刘鸿鹏来源：《中国科技纵横》2014年第11期【摘要】本文简要介绍了DYNALITE系统的特点及应用，分析了其智能调光原理，并详细阐述了DYNALITE系统的安装过程及技术要点，最后对智能照明技术未来的发展进行了展望。
【关键词】 DYNALITE系统智能照明光场1 引言21世纪随着社会的进步及科技的发展，人们对光照环境——包含光源及光场分布——的要求较20世纪大幅度提高。
在对光照环境要求高的场合，尤其是商用照明领域，无论从节能性还是舒适性上考量，传统的点对点单一手控开关调控模式已不能满足客户需求。
智能化照明是随通信与电子技术发展起来的综合技术，集成了计算机、自动控制、通信、互联网等专业技术，是信息化技术在照明领域的应用，具有能耗低、控制方式灵活、集成度高、人性化、可扩展的特点，提升了照明的质量和能源的使用效率，是照明技术走向绿色和可持续发展的必由之路，也是低碳生活的要求。
智能照明系统的每个输入/输出单元应设置唯一的地址，且应当可以由中央主机、现场及网络多点监控，以实现自动调光、光场切换、节能、稳压等功能。
智能照明系统分为有线、无线及电力载波系统，目前有线系统目前在技术上和应用上都比较成熟，其中邦奇公司的DYNALITE系统是国际上应用最广泛、最可靠的有线智能照明系统之一（如迪拜塔）。
2 DYNALITE系统的特点DYNALITE系统是一种有线智能照明系统，与传统照明及早期的照明控制技术相比，具有以下主要优势：分布式控制；稳压；软启动；远程控制；可靠性；开放式通信协议及BA集成。
3 系统原理DYNALITE系统所控制的照明灯具为LED节能灯并自带电子镇流器，照明回路控制信号通过RVVP2×1.0屏蔽双绞线接入调光器主板，一个区域的调光器、时钟管理器、液晶显示屏、PLC控制器、网桥用屏蔽双绞线“手拉手”方式连接，网桥将RS485通信协议转换为网络层通信协议（TCP/IP），之后用UTP-6网线接入中央控制室交换机，之后交换机将信号发给中央控制主机、远程主机或移动设备。
