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  • 期刊

能源管理系統於需量反應之應用

Application of Demand Response in Energy Management System

摘要


一年中有98%之時間,電力系統負載低於尖峰負載之93%,比起興建電廠,推動需量反應技術更為經濟。且近年再生能源比例逐漸提高造成電網供電不穩定,需量反應技術即可做為再生能源問題之技術解決方案。國際目前均往互動式電網建築發展,市場上缺乏系統級自動需量反應解決方案,且國內低壓需量反應方案亦進入試驗期,能源管理系統與電網之統整整合為未來方向,有利於提升附加價值及加速商業推廣。

並列摘要


98% of the year, the power system load is below 93% of peak load, making it more economical to drive demand response technology than to build a power plant. In recent years, the proportion of renewable energy has gradually increased, resulting in unstable power supply of the grid. Demand response technology can be used as a technical solution to the problem of renewable energy. At present, the world is developing towards grid-interactive building. There is a lack of system-level automatic demand response solutions in the market, and the domestic low-voltage demand response solution has also entered the trial period. The integration of the energy management system and the smart grid is the future direction, which is conducive to enhancing the added value and accelerating commercial promotion.

參考文獻


張景淳,2013,“美國電力需量反應實施成效調查”,工業技術研究院
2020 年非生產性質行業能源查核年報,台灣綠色生產力基金會
孫廷瑞、陳奕宏、林軒宇、廖文華、蘇娟儀、傅孟臺,2017,我國縣市服務業之用電消費行為分析與節電潛力評估,臺灣能源期刊
鄭凱文、張作帆、陳以彥、王金墩,2022,自動需量反應用戶端系統開發研究:符合 OpenADR 2.0b規範 VEN 軟體架構規劃,電工通訊季刊

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