智能电网中多种能源集成的电力共享控制方案

A. Vaibhav, Sarthak Jain, Lovely Goyal
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引用次数: 3

摘要

不同能源的可用性,包括传统能源和可再生能源,促使解决其应用和消费者可获得性的问题。这就需要将它们集成到智能电网的一个通用平台上,以低成本提供清洁和不间断的电力。本文提出了一种利用MOSFET开关在直流母线平台上实现电源共享的控制方案。这减轻了系统同步源的负担,并防止了系统的振荡和谐波。仿真结果表明,针对上述目标和情况,该方法能够有效地控制集成在同一直流母线上的不同电源之间的功率共享。结果表明,在不引起任何电源暂态的情况下,可以很容易地实现退化,并且根据用户选择的电源提供功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power sharing control scheme for integrating various energy sources in smart grids
The availability of different energy sources, both the conventional and renewable energy sources, urge towards a solution of their application and their accessibility to the consumer. This requires their integration in smart grids on a common platform to deliver clean and uninterrupted power at low cost. The paper proposes to augment these sources on a common DC bus platform with control scheme of power sharing between them by MOSFET switching. This eases the system with the burden of synchronizing the sources as well as prevents it from oscillations and harmonics. Simulation based results demonstrate that proposed method provides effective control of power sharing between the different sources integrated on a common DC bus for aforesaid objectives and situations. The presented results show that degeneration can be easily achieved without induction of any transients in supply and power is made available according to the consumer choice of source.
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