交流电源控制电路设计

Design of AC Power Supply Control Circuit

为了社会的持续发展和可再生能源的利用,利用风能、太阳能等新能源的微电网中的关键技术-逆变技术,能将这些新能源转化而来的直流电能变换成交流电能供给负载使用或与电网并网发电。本文设计了一个逆变器的控制电路,该电路设计输出线电压有效值为24V±0.2V,频率为50Hz±0.2Hz的交流电,可以有效提高一般逆变器的工作效率,较好的加强了系统的稳定性,本文主要对逆变器控制电路工作原理进行了分析与设计。

for the sustainable development of society and the utilization of renewable energy,the key technology in the micro-grid,such as wind energy and solar energy,is reverse technology.The DC power that can be converted from these new energy sources can be converted into AC power supply loads or connected to the grid to generate electricity.In this paper,an inverter control circuit is designed.The circuit designs an AC with an effective voltage of 24V±0.2 V and a frequency of 50Hz±0.2 Hz,which can effectively improve the working efficiency of the general inverter and better enhance the system.Stability,This paper mainly analyzes and designs the working principle of inverter control circuit.