提高逆变电源容量主要有两个途径，设计大功率的逆变器和采用逆变器并联技术实现电源模块化。
There are two main ways to increase the capacity of inverter, including designing high power inverter and applying parallel technology to achieve power modularization.
人们对逆变电源的要求越来越高，高性能、高可靠性的大功率逆变器就是当今逆变电源的发展趋势之一。
The requirement for inverters got higher and higher, and high efficiency and high reliability are the development trends.
经过比较，选用单向电压源高频链逆变器作为逆变电源的主电路拓扑，采用的飞利浦单片机P 87lpc 768为该电源的主控芯片。
After compares, a unidirectional power flow mode inverter using high frequency link is selected as the main topology and the inverter is controlled by P87LPC768 that is made by Philips.
逆变器、并网模式孤岛系统、电阻滤波、防静电逆变电源、UPS电源等储能电源；
Inverter, grid connected mode island system, resistance filter, anti - static inverter power supply, UPS power supply, etc. ;
逆变器、并网模式孤岛系统、电阻滤波、防静电逆变电源、UPS电源等储能电源；
Inverter, grid connected mode island system, resistance filter, anti - static inverter power supply, UPS power supply, etc. ;
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