MPPT String Arrangement and Production Improvements in String Inverters

Hale Bakır
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Abstract

Today, as the demand for electrical energy increases, the demand for renewable energy, which is a clean energy source, continues to increase. Solar inverters used in solar power plants are devices that convert DC power to AC. Solar inverters are divided into three groups as central inverter, micro inverter and string inverter. String inverter model is used in this study. It has been determined that as a result of incorrectly connecting the string cables during installation and workmanship in the string inverter, the solar inverter does not work at full capacity and full efficiency cannot be obtained at its output. A problem experienced during the connection and installation phase causes inefficiency in the system and inability to get full efficiency from the inverter. For this reason, in this study, MPPT string cable arrangement, which is connected incorrectly in a string inverter, has been carried out and the production has been increased to 96.72 kW.
串型逆变器的MPPT串布置及生产改进
今天,随着对电能需求的增加,对可再生能源这种清洁能源的需求也在不断增加。用于太阳能发电厂的太阳能逆变器是将直流电转换为交流电的装置。太阳能逆变器分为中心逆变器、微型逆变器和串式逆变器三大类。本文采用串型逆变器模型。经确定,由于安装时串式电缆连接错误以及串式逆变器的工艺问题,导致太阳能逆变器不能满负荷工作,无法在输出时获得全效率。在连接和安装阶段遇到的问题导致系统效率低下,无法从逆变器获得充分的效率。为此,本研究对串型逆变器中连接错误的MPPT串线布放问题进行了研究,将产量提高到96.72 kW。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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