Configuration hybrid solar system (PV), wind turbine, and diesel

Agus Yogianto, Hendra Budiono, Indra A. Aditya
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引用次数: 24

Abstract

The use of renewable energy in power plant are starting to be developed and continually added capacity in parallel with the existing diesel. Lately, the combination of solar power photovoltaic (PV) and diesel generator hybrid is the most widely installed. Another combination is with wind turbine which relatively limited in some locations. The combination of renewable energy and the existing diesel power system is related with hybrid configuration due to the operating system. Configuration of imprecise plant combination will cause operating system becomes not optimal. Therefore the further study to evaluate the existing configuration and provide the results of an appropriate configuration for the operation of the hybrid system. The results obtained are the configuration dc/ac on a hybrid system that is connected to the network, more appropriate applied to small-scale hybrid power systems. AC Configuration is more suitable applied to the hybrid system which has a medium to large capacity by optimizing the power converter. The configuration of hybrid systems, PV systems can be upgraded with a PV multiarray reliability. In hybrid system ac bus configuration, the reliability of centralized inverter PV system can be enhanced by the parallel inverter.
配置混合太阳能系统(PV)、风力涡轮机和柴油
可再生能源在电厂中的应用开始得到发展,并在现有柴油发电的基础上不断增加发电能力。近年来,太阳能光伏发电(PV)和柴油发电机混合发电的组合是安装最广泛的。另一种组合是风力涡轮机,在某些地方相对有限。可再生能源与现有柴油发电系统的结合,由于操作系统的原因,与混合配置有关。设备组合配置不精确会导致操作系统变得不理想。因此,进一步的研究要对现有的配置进行评价,并为混合动力系统的运行提供合适的配置结果。所得结果为混合电源并网后的直流/交流配置,更适合于小型混合电源系统。通过对功率变换器的优化,使交流配置更适用于中大容量的混合动力系统。混合系统的配置,可以使光伏系统升级具有光伏多阵列的可靠性。在混合系统交流母线配置中,采用并联逆变器可以提高集中式逆变光伏系统的可靠性。
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