The Integrated Operation of a Renewable Power System

Mu-kuen Chen
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引用次数: 3

Abstract

This paper investigates the problem of integrated operation in the small wind and photovoltaic(PV) energy power generating system. Theoretically, due to the source impedances of the wind generator and solar cell, it is difficult to charge a battery using both wind and solar energy at the same time. In order to optimize both energy sources, a microprocessor-based controller is used to control the charging system. In addition to acquire both energy sources to improve the reliability of the power system by using a microprocessor-based controller, fluctuations in the small wind power generating system may also be reduced. A 250W permanent magnet generator (PMG) and 75W solar cell panel are used to validate the feasibility of this integrated operating system.
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可再生能源系统的综合运行
本文研究了小型风电与光伏发电系统的一体化运行问题。从理论上讲,由于风力发电机和太阳能电池的源阻抗,很难同时使用风能和太阳能给电池充电。为了优化两种能量来源,充电系统采用微处理器控制。除了通过采用基于微处理器的控制器来获取两种能源以提高电力系统的可靠性外,还可以减少小型风力发电系统的波动。采用250W永磁发电机(PMG)和75W太阳能电池板验证了该集成操作系统的可行性。
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