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  • 學位論文

智慧家庭能源管理系統之設計與實作

Design and Implementation of Smart Home Energy Management System

指導教授 : 陳安斌
本文將於2024/07/28開放下載。若您希望在開放下載時收到通知,可將文章加入收藏

摘要


在全球節能減碳的趨勢下,各個先進國家紛紛投入大量資源,以期待能降低核能、燃煤等高汙染之能源使用量。然而,再生能源的特性造成其供電的不穩定、能源輸出掌握性低,用電負載特性也無法精準掌握。因此,必須依靠穩定性高的能源管理系統,就如加入智慧電網,可使整個電網達到能源與負載的使用效益最佳化,讓能源損失降至最低。 本研究設計一套智慧能源管理系統,利用物聯網(IoT) 技術來控制能源分配,利用雲端系統(Cloud-Base)之通訊,獲得大量資訊,透過軟體智慧分析做為用電負載預測的來源,提升能源調控及使用效率,最後讓整體電網運作發揮到最大效能。 以本研究的智慧能源管理系統,來提升能源調配和使用效率,顯示可針對各項電力系統,特別是較高能耗和發電系統進行資訊收集,並對資料進行分析、異常能耗的發現、發電效能和節能效率。透過持續調整設備效率、改善和修正能源管理策略,達到提高能源使用效率的目的。 關鍵字:智慧能源管理系統(EMS)、物聯網(IoT)、雲端系統(Cloud-Base)

並列摘要


Under the trend of global energy conservation and carbon reduction, various advanced countries have invested a lot of resources in anticipation of reducing energy consumption such as nuclear energy and coal burning. However, the characteristics of renewable energy cause instability of its power supply, low power output, and the ability to accurately control the load characteristics. Therefore, it is necessary to rely on a highly stable energy management system, such as joining a smart grid, to optimize the energy efficiency of the entire grid to achieve energy and load, and to minimize energy losses. This study designed a smart energy management system, using Internet of Things (IoT) technology to control energy distribution, using cloud-based communication to obtain a large amount of information, through software intelligence analysis as a source of power load forecasting, Improve energy regulation and efficiency, and finally maximize the efficiency of the overall grid operation. Using the smart energy management system of this study to improve energy deployment and use efficiency, it shows that information collection can be carried out for various power systems, especially higher energy consumption and power generation systems, and data analysis, abnormal energy consumption discovery, and power generation Performance and energy efficiency. Improve energy efficiency by continuously adjusting equipment efficiency, improving and revising energy management strategies. Keywords: Smart Energy Management System (EMS), Internet of Things (IoT), Cloud System (Cloud-Base)

參考文獻


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