Design and Analysis of Hybrid Generator Systems

Uğur Ölmez, H. Dogan, C. Ceylan
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Abstract

Hybrid generator system, in which renewable energy sources such as solar and wind energy are used in addition to fossil fuel genset, is an efficient, environment-friendly and economical system. In this system, double speed diesel genset is used as main source. Power is produced from different type of energy sources and it is transferred to the load by using 48VDC battery bank to provide stable operation. Hybrid system was simulated with hybrid optimization software and compared to traditional island mode AC genset for technical and economical situations under 1.5 kW average load conditions. According to simulation results, the system benefits are discussed. The results show that the use of Hybrid Generator system in place of traditional island mode generator in areas where the mains is not available is more advantageous in many respects.
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混合发电系统的设计与分析
混合发电系统是在化石燃料发电机组的基础上,利用太阳能、风能等可再生能源的一种高效、环保、经济的发电系统。该系统采用双速柴油发电机组为主电源。电力由不同类型的能源产生,并通过48VDC电池组传递给负载,以提供稳定的运行。利用混合动力优化软件对混合动力系统进行了仿真,并在1.5 kW平均负荷条件下与传统岛式交流发电机组进行了技术经济对比。根据仿真结果,讨论了系统的效益。结果表明,在没有市电的地区,用混合式发电机系统代替传统的岛式发电机在许多方面具有更大的优势。
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