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Study of autonomous hybrid power system using SVC and STATCOM

机译:基于SVC和STATCOM的自主混合电力系统研究。

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The use of autonomous hybrid power system is being popular due to the continuous increasing gap between demand and supply of conventional energy sources and intermittent nature of renewable energy sources. Normally, the renewable energy source such as wind using induction generator generate electricity but induction generators require reactive power for its operation and this demand is continuously changing by the variation of load and wind power. Though synchronous generator used in hybrid system for generating power through diesel system is supplying reactive power to the system but another source having fast response for reactive power supply is required to fulfill this demand. In this paper, the SVC and STATCOM are used and compared as a reactive power compensator.
机译:由于常规能源的需求和供应之间的差距不断扩大以及可再生能源的间歇性,自治混合动力系统的使用正变得越来越普遍。通常,使用感应发电机的可再生能源(例如风能)会发电,但是感应发电机需要无功功率来运行,并且这种需求会随着负载和风力的变化而不断变化。尽管在混合动力系统中用于通过柴油系统发电的同步发电机正在向系统提供无功功率,但是需要另一种对无功功率具有快速响应的电源来满足这一需求。在本文中,将SVC和STATCOM用作无功功率补偿器并进行了比较。

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