金字塔太陽能微電網電力調度指揮控制技術研究

Abstract

本研究利用HyPV個體戶性能模擬器與實體CCU組成的4+4金字塔微電網，探討不同電力調度控制對系統可靠度(訊號穩定度)以及發電效益的影響，以分層式指揮調度、集權式指揮調度及機動式指揮調度三種方法分別討論並進行金字塔微電網長程模擬測試。結論顯示發電效益或調度次數並不會隨著不同的調度方式而產生明顯差異，系統可靠度則是以分層式指揮調度和集權式指揮調度表現較佳。

This research uses HyPV Simulators and CCUs to assemble the 4+4 pyramid of microgrid, and discusses the effect of system reliability and power generate efficiency by different power dispatching control method. There are three control methods will be analyzed in this research which are cascaded scheme, centralized scheme and mobile-commander scheme. After the long-term simulation test, the conclusion is that the power generate efficiency and the power dispatching times are not obviously different with different control methods. Cascaded scheme and centralized scheme have the better performance at system reliability.