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隔离的智能MPPT RS
6.5.5。Reverse PV polarity ............................................................................................. 35 6.6.Batteries are undercharged .............................................................................................. 35 6.6.1.Insufficient solar ................................................................................................. 36 6.6.2.Too much DC load .............................................................................................. 36 6.6.3.Battery cable voltage drop ..................................................................................... 36 6.6.4.Wrong temperature compensation setting ................................................................... 37 6.7.Batteries are overcharged ................................................................................................ 37 6.7.1.电池电荷电压太高............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 37 6.7.2。电池无法应对均衡................................................................................................................................................ 37 6.7.3。Battery old or faulty ............................................................................................. 37 6.8.PV problems ............................................................................................................... 38 6.8.1.PV yield less than expected .................................................................................... 38 6.8.2.未达到全额输出.......................................................................................................Mixed PV panel types ........................................................................................... 39 6.8.4.MC4 connectors wrongly connected .......................................................................... 39 6.8.5.PV connections burned or melted ............................................................................. 39 6.8.6.Optimisers cannot be used ..................................................................................... 39 6.8.7.Ground current .................................................................................................. 39 6.8.8.PV voltage too high ............................................................................................. 40 6.9.Communication problems ................................................................................................ 40 6.9.1.VictronConnect app ............................................................................................. 40 6.9.2.Bluetooth ......................................................................................................... 40 6.9.3.VE.Direct port .................................................................................................... 41 6.10.错误代码概述.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................错误代码概述.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................
隔离的智能MPPT RS
6.5.5。Reverse PV polarity ............................................................................................. 34 6.6.电池充电不足............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 34 6.6.1。Insufficient solar ................................................................................................. 35 6.6.2.太多的直流负载........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 35 6.6.3。Battery cable voltage drop ..................................................................................... 35 6.6.4.Wrong temperature compensation setting ................................................................... 36 6.7.电池充电............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 36 6.7.1。电池电量电压太高........................................................................................................................................................................................................................................................................................................................................................... 36 6.7.2。电池无法处理均等化................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 36 6.7.3。Battery old or faulty ............................................................................................. 36 6.8.PV problems ............................................................................................................... 37 6.8.1.PV的收益低于预期.......................................................................................................................................................................................... 37 6.8.2。未达到全额输出.................................................................................................................................................... 38 6.8.3。Mixed PV panel types ........................................................................................... 38 6.8.4.mc4连接器错误连接............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 38 6.8.5。PV connections burned or melted ............................................................................. 38 6.8.6.Optimisers cannot be used ..................................................................................... 38 6.8.7.Ground current .................................................................................................. 38 6.8.8.PV voltage too high ............................................................................................. 39 6.9.Communication problems ................................................................................................ 39 6.9.1.VictronConnect app ............................................................................................. 39 6.9.2.Bluetooth ......................................................................................................... 39 6.9.3.VE.Direct port .................................................................................................... 40 6.10.错误代码概述............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 41
风能转换中的 MPPT 技术概述
扰动观察算法是最简单的算法，它不需要关于风能转换的先验知识。这种算法也称为爬山搜索算法。这种算法不需要任何速度传感器。这种方法观察输出功率的变化，并调整直流-直流转换器的占空比，以调整转子的速度。如果合适的功率P变化为正，就会发生变化，该变化将发生在最大功率点的方向上，并继续沿着同一路径变化，直到达到MPPT。如果P的变化为负，则必须修改扰动的方向，因为这表明MPP经历了重大修改。P&O算法的工作原理如图5所示。[17]中的混合MPPT算法使用P&O和ORB来克服系统的缺点。
用户指南-MPPT太阳能电荷控制器
1 ABOUT THIS MANUAL ..................................................................................... 1 1.1 Purpose ................................................................................................. 1 1.2 Scope .................................................................................................... 1 1.3 SAFETY INSTRUCTIONS ........................................................................ 1 2 INTRODUCTION ............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 2 2.2产品概述INSTALLATION ............................................................................................... 3 3.1 Unpacking and Inspection ........................................................................ 3 3.2 Preparation ............................................................................................ 3 3.3 Mounting the Unit .................................................................................... 3 3.4 Power Connection .....................................................................................................................................................................................................................................................................................................................................TROUBLE SHOOTING .................................................................................... 17 7.OPERATION ................................................................................................... 7 4.1 Power-Up ............................................................................................... 7 4.2 Operation and Display Panel .................................................................... 7 4.3 LCD Display Icons ................................................................................... 8 4.4 LCD setting ............................................................................................................................................................................................. 9-12 4.5参考代码.........................................................................................................................................................................................................CHARGING LOGIC ......................................................................................... 14 5.1 3-stage Charging .................................................................................... 14 5.2 Equalize Stage ....................................................................................... 15 5.3 Setting Parameter and Default Value ........................................................ 16 6.SPECIFICATIONS ........................................................................................... 18-19 8.MPPT charger controller match to the Inverter ....................................................... 20 8.1 Match the inveter to the MPPT controller ................................................... 20 8.2 Matching MPPT function is prohibited........................................................ 19 8.3 Matching MPPT function successfully enabled ........................................... 21 8.4 Matching MPPT function is prohibited成功................................................. 21
太阳能 MPPT 电池充电器用户指南
3.1. 固件拓扑................................................................................................................................................10 3.2. MPPT 程序...............................................................................................................................................10 3.3. 扰动和观察 (P&O)................................................................................................................................11 3.4. 充电器状态机 (CSM)................................................................................................................................12 3.5. 仲裁程序.....................................................................................................................................................12
ROVER -60 AMP MPPT太阳电荷控制器
4.1。Wear Insulating Gloves..............................................................................................................................13 4.2.Mounting......................................................................................................................................................13 4.3.Remove the Charge Controller Cover....................................................................................................16 4.4.Connect the Charger Controller to an Auxiliary Battery....................................................................17 4.5.Connect the Charger Controller to a Solar Panel................................................................................18 4.6.Install a DC load (Optional).......................................................................................................................19 4.7.Install a Battery Temperature Sensor...................................................................................................20 4.8.安装电池电压传感器（可选）............................................................................................................................................................................................................................................................................................................................................................................................................. 20 4.9。安装蓝牙模块（可选）......................................................................................................................................................................................................................................................................................................... 21 4.10。Wire Inspection..........................................................................................................................................23 4.11.Install the Charge Controller Cover.......................................................................................................24
ROVER -60 AMP MPPT太阳电荷控制器
4.1。Wear Insulating Gloves..............................................................................................................................13 4.2.Mounting......................................................................................................................................................13 4.3.Remove the Charge Controller Cover....................................................................................................16 4.4.Connect the Charger Controller to an Auxiliary Battery....................................................................17 4.5.Connect the Charger Controller to a Solar Panel................................................................................18 4.6.Install a DC load (Optional).......................................................................................................................19 4.7.Install a Battery Temperature Sensor...................................................................................................20 4.8.安装电池电压传感器（可选）............................................................................................................................................................................................................................................................................................................................................................................................................. 20 4.9。安装蓝牙模块（可选）......................................................................................................................................................................................................................................................................................................... 21 4.10。Wire Inspection..........................................................................................................................................23 4.11.Install the Charge Controller Cover.......................................................................................................24
手册和绘制乘以Multiplus-II 15KVA 3偶然MPPT 250 ...
cerbo gx带有GX Touch-70显示屏和GX LTE 4G：带有GX Touch 70显示器和4G通信设备GX LTE 4G的Cerbo GX在lynx发行器上方都可见。CERBO与GX Touch 70显示屏一起是安装的监视心脏，向您展示了所有连接的设备的情况。可以使用Victron GX LTE 4G设备在您面前或从世界任何地方使用CERBO进行监视，如图纸中所示，使用VictronConnect应用程序或网站使用Victron VRM Portal。CERBO还提供远程固件更新，并允许远程更改设置。您连接到CERBO的任何内容都可以在GX Touch 70显示器上或使用：远程控制台，VRM仪表板，高级VRM小部件，VRM App Widgets和VE.Can/NMEA2000。这一切都在Cerbo手册中清楚地解释了。您可以在Victron网站上找到此手册的最新版本。