摘要
通过本文提出的风光互补逆变系统,实现对风机充电、太阳能充电和逆变电路的控制,输出民用交流电,同时可通过调节BUCK电路的开关管的占空比来提高系统的能源转化效率。
This article present a wind-solar complementary inverter system, by which we can achieve the charge for draught fan and solar energy, the control for inverter circuit and the output alternating current for civil use. Meanwhile, the energy conversion efficiency of the system can be improved by adjusting the duty ration of the switch tube of BUCK circuit.
出处
《自动化博览》
2017年第1期90-91,共2页
Automation Panorama1
关键词
微处理器
充电控制
逆变器
占空比
Microprocessor
Charge control
Inverter
Duty ration
