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MPPT电荷控制器使用模糊逻辑与太阳能光伏系统集成的电池
与其他可再生能源（RE）资源相比，太阳能已成为发电，替代传统来源的最突出和前瞻性来源。但是，太阳能光伏（PV）能量产生取决于太阳辐照度和细胞温度。通过实现最大功率点跟踪（MPPT）算法，可以最大化太阳能PV的功率。尽管如此，仍然存在较慢的收敛速率，最大功率（MPP）周围的显着波动以及由太阳能PV的快速辐照度变化引起的漂移问题。为了防止振荡并达到PV模块的稳态和连续输出，在这项工作中设计了基于模糊的逻辑（FL）的MPPT。选择了作为DC-DC转换器和铅酸电池作为输入的，选择了扰动和观察（P＆O）MPPT方法。将使用MATLAB Simulink开发总体设计，并将在恒定和步骤辐照度下评估FL-MPPT电荷控制器的效率。此外，将监控电池的充电状态（SOC），以防止过度充电和排放。此外，将使用或不使用MPPT方法来评估控制器的有效性。基于从常数和步进辐照度水平获得的模拟结果，带有P＆O算法的FL-MPPT电荷控制器和铅酸电池，因为负载能够在延长电池寿命的同时保持最大的系统效率。两种辐照度概况的FL-MPPT电荷控制器的效率约为96％，而没有FL-MPPT算法的系统仅达到42％的效率。
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