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Performance Analysis of Five-level Inverter for Hybrid Distribution Generation System

机译:混合分布生成系统五层逆变器性能分析

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Due to high electricity demand and decreasing fossil fuel sources, most of the countries around the world are switching towards renewable energy sources for electricity generation. The Solar Photo Voltaic (PV) and wind energy systems have gained wide attention as alternative sources for electricity generation. These systems are integrated with the grid through inverters. The present work emphasizes on implementing a Five-level grid connected inverter for high power hybrid distribution systems. Five-level inverters also known as Multi-level inverter synthesize a near sinusoidal voltage from several levels of DC voltages. The use of Five-level inverter increases the voltage and power delivered to the load. The performance of inverter is explored through simulation investigations of the PV-Wind (Hybrid) Distribution system using MatLab/Simulink.
机译:由于高电量需求和减少化石燃料来源,世界各地各国各国正在转向可再生能源供电。太阳能照片Voltaic(PV)和风能系统被广泛关注作为发电的替代来源。这些系统通过逆变器与网格集成。本工作强调为高功率混合分配系统实施五级电网连接逆变器。又称多电平逆变器的五层逆变器合成来自几个水平的直流电压的近窦极电压。使用五层逆变器会增加输送到负载的电压和功率。通过使用MATLAB / SIMULINK的PV-WIND(混合)分配系统的模拟调查来探讨逆变器的性能。

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