利用三有源桥和电压源转换器将光伏和电池储能集成到电网

R. VijuNair, Srinivas Gulur, Ritwik Chattopadhyay, S. Bhattacharya
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引用次数: 7

摘要

三有源桥式变换器是双有源桥式变换器的扩展,用于多种能源的组合。使用三有源桥式变换器的优点是其高功率密度,提供隔离以及消除低频变压器和高效率的功率转换。为了解决太阳能的间歇性,它总是合适的包括一个能量储存装置。三有源桥式变换器作为一种可行的选择,以最有效的方式整合这两种能源。此外,该能量可以通过使用与该三有源桥转换器级联的电压源转换器馈送到电网。本文讨论了级联变换器的控制算法和不同的工作模式。研制了一种通过电压源变换器与电网集成的三有源桥式变换器的实验室样机,并对其不同的控制和工作模式进行了验证。
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Integrating Photovoltaics and Battery Energy Storage to Grid Using Triple Active Bridge and Voltage Source Converters
Triple active bridge converters are an extension of dual active bridge converters and used to combine multiple energy sources. The advantages of using a triple active bridge converter are its high power density, providing isolation along with elimination of low frequency transformer and high efficiency power conversion. To address the intermittent nature of solar energy, it is always appropriate to include a energy storage device along with it. Triple active bridge converter acts a viable option in integrating these two energy sources in the most efficient manner. Further, this energy can be fed to the grid by using a voltage source converter cascaded with this triple active bridge converter. This paper discusses the cascaded converter with its control algorithms and different operating modes. A laboratory prototype of a triple active bridge converter integrated with the grid through a voltage source converter is developed and the different control and operating modes are verified, which are also included in this paper.
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