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FPGA Based Co-ordinated Controller for Hybrid Power Systems

机译:用于混合动力系统的FPGA基于协调控制器

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摘要

Hierarchical power systems are experiencing a paradigm shift into deregulated systems. As a result many small generators are being connected at the distribution level, in order to supply a reliable and sustainable power to select customers. These generators transform the distribution systems into micro-grids which would work either in autonomous or non-autonomous modes. It becomes mandatory to connect renewable and dispatchable sources in case of a hybrid power system for supplying the connected loads without intermittency. This paper aims at analyzing the performance of one such autonomous hybrid system for varying demands. PV and battery based back up source are considered to be present in the system under consideration. An FPGA based overall coordinated controller has been developed to ensure power sharing among the different sources used in the hybrid system also incorporating variations in the solar irradiations.
机译:分层电源系统正在遇到解除管制系统的范式转换。结果,许多小发生器在分配级别连接,以便为选择客户提供可靠和可持续的电源。这些生成器将分配系统转换为微网格,它们可以以自主或非自主模式工作。在混合动力系统的情况下连接可再生能源和调度源是强制性的,用于在没有间断的情况下提供连接的负载。本文旨在分析一个自主混合系统的性能以实现不同的需求。 PV和基于电池的备份源被认为是在正在考虑的系统中存在。已经开发了基于FPGA的整体协调控制器,以确保混合系统中使用的不同来源之间的电力共享,也包含太阳照射的变化。

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