MPPT太阳能电动车升压控制器说明书600W

一、技术参数工作压力：220V～50Hz工作环境：-10°～40℃空载功率：4W 温度显示：00℃～99℃测温精度：±2℃水位显示：255080100 漏电动作电流：10mA0.1s 控制增压泵功率：500W 控制电热带功率：500W控制电加热功率：1500W（可定制3000（）w）电磁阀：12V- 工作水压0.02～0.8Mpa （可选装低压阀，工作水压0.01～0.4Mpa）外形尺寸：1.86×116×42（mm）二、使用方法安装完毕，接通电源，控制器开始自检，所有图文符号全亮，并发出蜂鸣提示音，自检结束后显示热水器水箱的水温与水位，如水位低于25，水温≤95℃，自动上水至设置水位。

控制器按照出厂设定的参数自动运行。

控制器五种模式：智能模式、定时模式、恒温模式、恒水位模式、温控模式。

1、智能模式（出厂设置模式）4：00启动上水至50水位，5：0C启动加热至50℃，保证早晨起床后的洗漱用水：9：00上水至100水位，16：00启动加热至60℃，保证晚上有60℃的水供用户使用；若15：00低于80水位，则再补水至80水位。

2、定时模式若智能模式不能满足您的需求，持续按“上水”键3秒钟启动定时上水模式，持续按“加热”键3秒钟启动定时加热模式，只能模式关闭。

定时模式出厂参数如下：第一次定时上水时间为“09：00”，第二次、第三次定时上水时间设置为“一一”。

三次上水设置水位均为“100水位”。

“一一”代表该功能未启动（下同）。

第一次定时加热启动时间为16：00，第二次、第三次定时加热启动时间设置为“一一”。

三次定时加热终止温度均为“60℃”。

如果定时模式出厂参数不能满足您的需求，您可以根据您的需求一次作如下设置，设置期间如10秒钟内没有按键动作则自动退出，所修改的内容自动保存。

2-1定时上水时间和水位设置持续按“上水”键3秒钟，“定时上水”亮，此时智能模式关闭，蜂鸣提示一声。

一、技术参数工作压力：220V～50Hz 工作环境：-10°～40℃空载功率：4W 温度显示：00℃～99℃测温精度：±2℃水位显示：25 50 80 100 漏电动作电流：10mA0.1s 控制增压泵功率：500W 控制电热带功率：500W控制电加热功率：1500W（可定制3000（）w）电磁阀：12V- 工作水压0.02～0.8Mpa （可选装低压阀，工作水压0.01～0.4Mpa）外形尺寸：1.86×116×42（mm）二、使用方法安装完毕，接通电源，控制器开始自检，所有图文符号全亮，并发出蜂鸣提示音，自检结束后显示热水器水箱的水温与水位，如水位低于25，水温≤95℃，自动上水至设置水位。

控制器按照出厂设定的参数自动运行。

控制器五种模式：智能模式、定时模式、恒温模式、恒水位模式、温控模式。

1、智能模式（出厂设置模式）4：00启动上水至50水位，5：0C启动加热至50℃，保证早晨起床后的洗漱用水：9：00上水至1 00水位，16：00启动加热至60℃，保证晚上有60℃的水供用户使用；若15：00低于80水位，则再补水至80水位。

2、定时模式若智能模式不能满足您的需求，持续按“上水”键3秒钟启动定时上水模式，持续按“加热”键3秒钟启动定时加热模式，只能模式关闭。

定时模式出厂参数如下：第一次定时上水时间为“09：00”，第二次、第三次定时上水时间设置为“一一”。

三次上水设置水位均为“100水位”。

“一一”代表该功能未启动（下同）。

第一次定时加热启动时间为16：00，第二次、第三次定时加热启动时间设置为“一一”。

三次定时加热终止温度均为“60℃”。

如果定时模式出厂参数不能满足您的需求，您可以根据您的需求一次作如下设置，设置期间如10秒钟内没有按键动作则自动退出，所修改的内容自动保存。

2-1定时上水时间和水位设置持续按“上水”键3秒钟，“定时上水”亮，此时智能模式关闭，蜂鸣提示一声。

太阳能控制器说明书一般安全和安全使用注意1. 蓄电池存储了大量能量，在任何情况下使用时，一定不要让蓄电池短路，我 们建议蓄电池线上连接保险丝（慢动作型，根据控制器额定电流选型）。

2. 不要接触或者短路电线或端子。

因为在某些端子或电线上可以产生高达蓄电 池两倍的额定电压，需要操作时，注意使用绝缘工具。

3. 请保证儿童远离蓄电池和控制器。

4. 请遵守蓄电池厂商的安全建议。

适用范围控制器只适用太阳能光电，额定电压为6V/12V/24V 的系统，蓄电池为液体开口或者密封式的铅酸蓄电池，也可以为3节磷酸亚铁锂电池。

购买前，需注明蓄电池类型。

功能特点1. 使用MCU ，实现智能控制。

2. 具有过充、过放、电子短路、过载保护、蓄电池反接保护、太阳能电池反接 保护。

3. 利用蓄电池放电率特性修正的放电控制。

4. 采用了串联式PWM 充电主电路，使充电回路中的电压损失较使用二极管的 充电电路降低近一半，充电效率较非PWM 高3％～6％，增加了用电时间， 过放恢复的提升充电，正常的直充，浮充的自动控制方式使系统有更长的使 用寿命。

5. 直观的LED 指示当前蓄电池的状态，让用户了解使用情况。

6. 控制器自动识别6V/12V ,12V/24V 。

控制器面板图: 接线图:蓄电池外形及安装尺寸：控制器的安装及使用1.导线的准备：先确定导线的长度，确定安装位置后，尽可能减少导线的长度，以减少电损耗。

2.先接蓄电池，注意正负极，不要反接。

如接反，控制器指示灯没有任何指示，不会损坏控制器内部元器件。

如连接正确，BATTERY指示灯，应该有指示。

3.再连接太阳能电池板的导线，注意正负极，不要反接；如果有阳光,CHARGE指示灯10S后会亮或充电闪烁，否则检查连接对否。

注意：太阳能电池板应放在户外，全部在阳光下照射！4.最后连接负载，将LED光源或直流负载连接控制器的输出正负极，注意正负极，不要反接，以免烧坏用电器。

LED灯显示说明LED 状态功能图示关闭夜晚或者蓄电池没有连接慢闪蓄电池浮充状态红灯单闪烁蓄电池欠压状态（<11.0V）绿灯慢闪烁蓄电池电压正常（12.0V~13.0V）红灯慢闪烁负载欠压或高压保护红灯双闪负载短路保护循环点亮控制器上电自动识别中技术指标型号SSJ5A太阳能板功率<=120W额定充电电流5A额定放电电流5A系统电压6V/12V/24V过载，短路保护≥3倍的额定电流短路保护动作1.5倍的额定电流延时5分钟关闭，5分钟后自动恢复空载电流≤6mA充电回路压降≤0.2V放电回路压降≤0.1V过压保护8.2V(6V)/16.5V(12V)/33V(24V);过压恢复7.5V(6V)/15V(12V)/30V(24V);过放电压 5.5V(6V)/11V(12V)/22V(24V);过放恢复 6.4V(6V)/12.8V(12V)/25.6V(24V);提升充电7.4V(6V)/14.8V(12V)/29.6V(24V);充电时间60分钟均衡充电7.2V(6V)/14.4V(12V)/28.8V(24V);充电时间60分钟浮充充电 6.9V(6V)/13.8V(12V)/27.6V(24V);充电返回电压 6.6V(6V)/13.2V(12V)/26.4V(24V);工作温度－20℃～55℃外型尺寸和重量53.4mm*68.6mm*28mm。

太阳能智能充电控制器使用说明书一、主要特点1.使用微处理器和专用控制算法，实现了智能控制。

2.五种负载工作模式：纯光控、光控+定时、手动、调试模式、常开模式。

3.具有放电率修正控制，不同放电率具有不同的终止电压，符合蓄电池固有特性。

4.科学的蓄电池管理方式，当出现过放时，对蓄电池进行提升电压充电，进行一次补偿维护，正常使用时，使用直充充电和浮充结合的充电方式，每7天进行一次提升充电，防止蓄电池硫化，大大延长了蓄电池的使用寿命；同时具有高精度温度补偿。

5.参数设置具有掉电保存功能，即系统模式和控制参数等重要数据均保存在芯片内部，掉电后不丢失，使调节更加方便，系统工作更可靠。

6.充电回路采用双MOS串联式控制回路，使回路电压损失较使用二极管的电路降低近一半，充电采用PWM模糊控制，使充电效率大幅提高，用电时间大大增加。

7.LED直观显示太阳能电池、蓄电池和负载的状态，数码管显示调节参数，让用户实时了解系统运行状况，并且具有丰富的参数设置，用户可以根据不同使用环境设置相应的工作模式。

8.具有过充、过放、过载保护以及独特电子短路保护与防反接保护，所有保护均不损害任何部件，不烧保险；具有TVS防雷保护，无跳线设计，可提高系统的可靠性、耐用性。

9.所有控制全部采用工业级芯片和精密元器件，能在寒冷、高温、潮湿环境正常运行。

同时使用晶振定时控制，使定时控制更加精确。

10.使用了数字LED显示及设置，一键式操作即可完成所有设置，使用方便直观。

二、系统说明本控制器专为太阳能直流供电系统、太阳能直流路灯系统、小型太阳能电站系统设计，使用专用电脑芯片实现了智能化控制，所有芯片均采用工业级别，可以在恶劣的环境下使用。

同时系统具有短路、过载、和独特的防反接保护，充满、过放自动关断、恢复等全功能保护措施，详细的充电指示、蓄电池状态、负载及各种故障指示。

本控制器通过电脑芯片对蓄电池电压、光电池电压、放电电流、环境温度等参数进行采样，通过专用控制模型计算，实现符合蓄电池特性的放电率、温度补偿修正的高准确控制，并采用了智能高效的PWM模糊充电方式对蓄电池进行充电，采用7段式电压控制，保证蓄电池工作在最佳状态，大大延长了蓄电池的使用寿命。

Operating manualSolar charge controller10.10 A / 8.8 A / 6.6 APlease read these instructions completely before installation!1. About this manualThese operating instructions are part of the product. Read these operating instructions carefully before use, keep them over the entire lifetime of the product, and pass them on to any future owner or user of this product.This manual describes the installation, function, operation and maintenance of the solar charge controller. These operating instructions are intended for end customers.A technical expert must be consulted in cases of uncertainty.2. SafetyThe solar charge controller may only be used in PV systems for charging and controlling lead-acid batteries in accordance with this operating manual and the charging specifications of the battery manufacturer.The solar charge controller may only be connected to the local loads and the battery by trained personnel and in accordance with the applicable regulations. Follow the installation and operating instructions for all components of the PV system.No energy source other than a solar generator may be connected to the solar charge controller. Follow the general and national safety and accident prevention regulations.Keep children away from PV systems. Do not use the solar charge controller in dusty environments, in the vicinity of solvents or where inflammable gases and vapours can occur. No open fires, flames or sparks in the vicinity of the batteries. Ensure that the room is adequately ventilated. Check the charging process regularly.Follow the charging instructions of the battery manufacturer. Battery Acid splashes on skin or clothing should be immediately rinse with plenty of water. Seek medical advice.Do not operate the solar charge controller when it does not appear to function at all. The solar charge controller or connected cables are visibly damaged or loose. In these cases immediately remove the solar charge controller from the solar modules and battery.3. FunctionsThe solar charge controller monitors the state of charge of the battery bank, controls the charging process, controls the connection/disconnection of loads. This optimises battery use and significantly extends its service life.The following protection functions are part of the basic function of the controller: Overcharge protection ; Deep discharge protection ; Battery undervoltage protection ; Solar module reverse current protection.4. Installation4.1 Mounting location requirementsDo not mount the solar charge controller outdoors or in wet rooms. Do not subject the solar charge controller to direct sunshine or other sources of heat. Protect the solar charge controller from dirt and moisture.Mount upright on the wall (concrete) on a non-flammable substrate. Maintain a minimum clearance of 10 cm below and around the device to ensure unhindered air circulation. Mount the solar charge controller as close as possible to the batteries (with a safety clearance of at least 30 cm).4.2 Fastening the solar charge controllerMark the position of the solar charge controller fastening holes on the wall.Drill 4 Ø 6 mm holes and insert dowels. Fasten the solar charge controller to the wall with the cable openings facing downwards, using 4 oval head screws M4x40 (DIN 7996).4.3 ConnectionUse an wire size suited to the current ratings of the charge controller, e.g. 6mm² for 10A, 5 mm² for 8A, 4 mm² for 6A, 3 mm² for 5A for cable length of 10 m.An additional external 20A fuse (not provided) must be connected to the battery connection cable, close to the battery pole. The external fuse prevents cable short circuits.Solar modules generate electricity under incident light. The full voltage is present, even when the incident light levels are low. Protect the solar modules from incident light during installation, e.g. cover them.Never touch not isolated cable ends. Use only insulated tools. Ensure that all loads to be connected are switched off. If necessary, remove the fuse.Connections must always be made in the sequence described below.1st step: Connect the batteryConnect the battery connection cable with thecorrect polarity to the middle pair of terminalson the solar charge controller (with the batterysymbol).If present, remove any external fuse. Connectbattery connection cable A+ to the positivepole of the battery. Connect batteryconnection cable A– to the negative pole ofthe battery. Insert the external fuse in thebattery connection cable.If the connection polarity is correct, the infoLED illuminates green.2nd step: Connect the solar moduleEnsure that the solar module is protected from incident light (cover it or wait for night).Ensure that the solar module does not exceed the maximum permissible input current.First connect the M+ solar module connection cable to the correct pole of the left pair ofterminals on the solar charge controller (with the solar module symbol), then connect theM– cable. Remove the covering from the solar module.3rd step: Connect loadsFirst connect the L+ load cable to the correct pole of the right pair of terminals on the solarcharge controller (with the lamp symbol), then connect the L– cable. Insert the load fuse orswitch on the load.Notes : Connect loads that must not be deactivated by the solar charge controller deepdischarge protection, e.g. emergency lights or radio connection, directly to the battery.Loads with a higher current consumption than the device output can be directly connectedto the battery. However, the solar charge controller deep discharge protection will no longerintervene. Loads connected in this manner must also be separately fused.4th step: Final workFasten all cables with strain relief in the direct vicinity of the solar charge controller(clearance of approx. 10 cm).5. LED displaysLED Status Meaningilluminates green normal operationInfo LEDflashes slowly red* system fault- too high charging current- overload / short circuit- overheatedtogether with red LED :- too low battery voltagetogether with green LED :- too high battery voltageflashing quickly* battery empty, low voltage disconnectionprewarning, loads still onBatteryredLED flashing slowly* deep discharge protection active (LVD), loadsdisconnectedilluminates battery weak, loads are onBatteryyellowLEDflashes slowly yellow* LVD reconnection setpoint has not yet beenreached, loads still disconnectedilluminates battery goodBatterygreenLEDflashes quickly green* battery full, charge regulation active*flashing slowly: 0,4Hz: 4 times in 10 second, flashing quickly: 3Hz: 3 times in 1 second6. GroundingThe components in stand-alone systems do not have to be grounded – this is not standardpractice or may be prohibited by national regulations (e.g.: DIN 57100 Part 410: Prohibitionof grounding protective low voltage circuits). Ask your dealer for technical assistance.7. Lightning protectionIn systems subjected to an increased risk of overvoltage damage, we recommendinstalling additional lightning protection / overvoltage protection to reduce dropouts.Ask your dealer for technical assistance.8. MaintenanceThe solar charge controller is maintenance-free.All components of the PV system must be checked at least annually, according to thespecifications of the respective manufacturers. Ensure adequate ventilation of the coolingelement. Check the cable strain relief. Check that all cable connections are secure. Tightenscrews if necessary. Check corrosion on terminals.9. Faults and remediesNo display : Check battery polarity and external fuse. Or battery voltage is too low orbattery defective.Battery is not charged : Check if solar modul is connected with correct polarity or if shortcircuit at the solar input. If solar module voltage is lower than battery voltage or if solarmodule is defective the battery cannot be charged.Battery displays jumps quickly : Battery voltage changes quickly. Large pulse currentscause voltage fluctuation. Battery is too small or defective. Ask your dealer for technicalassistance.The following faults do not destroy the controller. After correcting the fault, the device willcontinue to operate correctly:* solar module short circuits * reverse solar module polarity *2* short circuits at load output * excessive load current* reversed battery polarity *1* solar module overcurrent* device overtemperature * overvoltage at the load output10. Legal guaranteeAccording to the German legal requirements, for this product the customer has a 2 yearlegal guarantee.The seller will remove all manufacturing and material faults that occur in the product duringthe legal guarantee period and affect the correct functioning of the product. Natural wearand tear does not constitute a malfunction.Legal guarantee does not apply if the fault can be attributed to third parties, unprofessionalinstallation or commissioning, incorrect or negligent handling, improper transport, excessiveloading, use of improper equipment, faulty construction work, unsuitable constructionlocation or improper operation or use.Legal guarantee claims shall only be accepted if notification of the fault is providedimmediately after it is discovered. Legal guarantee claims are to be directed to the seller.The seller must be informed before legal guarantee claims are processed.For processing a legal guarantee claim an exact fault description and the invoice / deliverynote must be provided. The seller can choose to fulfil the legal guarantee either by repair orreplacement.If the product can neither be repaired nor replaced, or if this does not occur within asuitable period in spite of the specification of an extension period in writing by thecustomer, the reduction in value caused by the fault shall be replaced, or, if this is notsufficient taking the interests of the end customer into consideration, the contract iscancelled. Any further claims against the seller based on this legal guarantee obligation, inparticular claims for damages due to lost profit, loss-of-use or indirect damages areexcluded, unless liability is obligatory by German law.11. Technical DataSteca Solsum F 6.6F 8.8F 10.10FSystem voltage 12 V (24 V)Own consumption < 4 mADC input sideOpen circuit voltage solar module(at minimum operating temperature)< 47 VModule current 6 A 8 A 10 ADC output sideLoad current 6 A 8 A 10 AEnd of charge voltage 13.9 V (27.8 V)Boost charge voltage 14.4 V (28.8 V)Reconnection voltage (SOC / LVR) *³> 50 % / 12.4 V … 12.7 V(24.8 V … 25.4 V)Deep discharge protection (SOC / LVD) *³< 30 % / 11.2 V … 11.6 V(22.4 V … 23.2 V)Operating conditionsAmbient temperature -25 °C … +50 °CFitting and constructionTerminal (fine / single wire) 4 mm2 / 6 mm2 - AWG 12 / 9Degree of protection IP 32Dimensions (X x Y x Z) 145 x 100 x 24 mmWeight approx. 150 g*1Solsum is protected against reverse battery polarity together with polarity protectedloads. Reverse battery polarity combined with short circuited or polarised load couldcause damages in load or regulator*2Avoid reverse module polarity in a 24V system*3Lower value for nominal current, higher value for lowest currentInfo LED Battery LEDsManufactured in aDIN EN ISO 9001:2000 facilitySolsum / Z02 / Version 1104/ 730.930。

JA系列太阳能电源控制器使用说明书一：产品主要特点1.使用了工业级MCU和专用软件，实现了智能控制。

能在寒冷，高温，潮湿环境运行自如。

2.利用放电率特性修正的准确放电控制，放电终了电压是由放电率修正的控制点，消除了单纯的电压控制过放的不准确性，符合蓄电池固有的特性，即不同的放电率具有不同的终了电压。

3.具有过充，过放，电子短路，过载保护，独特的防反接保护等全自动控制；产品所有的保护功能均不损坏任何器件，不烧保险丝。

4.采用了串联式PWM充电电路，使充电回路的电压损失较小，比传统的二极管式充电电路降低近一半的压降，充电效率较非PWM高5%以上，增加了用电时间；过放恢复的提升充电，正常的直充，浮充自动控制方式使系统有更长的使用寿命；同时具有高精度的温度补偿。

5.直观的LED发光指示充电和电量状态，让用户了解使用状况。

6.采用Flash存储器记录各工作点，使设置数字化，精度和可靠性更高。

7.使用了数字LED显示及设置，一键式操作即可完成所有设置，使用方便直观。

8.系统电压自动识别。

二：系统说明本控制器专为太阳能直流供电系统，太阳能直流路灯系统设计，并使用了专用电脑芯片智能化控制。

采用一键式轻触开关，完成所有操作及设置。

具有短路，过载，独特的防反接保护，充满，过放自动关断，恢复等全功能保护措施，详细的充电指示，蓄电池状态，负载及各种故障指示。

本控制住通过电脑芯片对蓄电池的端电压，放电电流，环境温度等涉及蓄电池容量的参数进行采样，通过专用控制模型计算，实现符合蓄电池特性的放电率，温度补偿修正的高效高准确率控制，并采用了高效PWM充电模式，保证蓄电池工作在最佳的状态极大的延长蓄电池的使用寿命。

具有多种工作模式，满足各种需要。

并具有模式选择掉电保护功能。

三：控制器面板及外形尺寸四：安装及使用1.控制器的固定要牢靠，安装孔如图：外形尺寸： 124 X 92 X 28（mm）安装孔尺寸： 117 X 68 (mm)2.导线的准备：建议使用多股铜芯绝缘导线。