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Modelling of Generation and Utilization Control for Isolated Hybrid Microgrid for Rural Electrification

机译:孤立杂交微电网的发电和利用控制建模农村电气化

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For ameliorating the villages, electrification Indian regime introduced many programmes under rural electrification scheme. Under these programmes', regime is providing the electrical connection to each village in ON-Grid or OFF-Grid mode. The rural sector is expected to play a key role for microgrid framework, because in future rural electrical demand will probably exceed more than 30% of the total yearly consumption in India. The implementation of microgrid for rural electrification differs on the type of dispersed generation facilities, accessibility of sources, distribution control, stability and reliability of system, economic analysis, and operating policy. Along with there are few issues in isolated microgrid authentic time electrical power management is the major challenges for isolated hybrid micro-grid for rural electrification. In this study, we are discussing the basic modelling of generation, controlling for rural electrification with renewable sources, stability issue for isolated hybrid microgrid.
机译:为了改善村庄,电气化印度制度在农村电气化方案下引入了许多节目。在这些程序下,制度正在提供与网格或离网模式的每个村的电气连接。预计农村部门将为微电网框架发挥关键作用,因为在未来的农村电气需求中可能超过印度每年消费量的30%以上。微电网的微电网用于农村电气化的差异不同于分散的发电设施,来源可访问性,系统,经济分析和运营政策的可靠性,分配控制,稳定性和可靠性。随着孤立的Microgrid真正的时间内的问题很少,电力管理是农村电气化隔离混合微电网的主要挑战。在这项研究中,我们正在讨论生成的基本建模,控制农村电气化,可再生源,孤立杂交微电网的稳定性问题。

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