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    Please use this identifier to cite or link to this item: https://nccur.lib.nccu.edu.tw/handle/140.119/112726


    Title: 台灣電力市場用戶群代表制度之研究
    Analysis of aggregator systems for the Taiwan electricity market
    Authors: 洪穎正
    Hung, Ying Cheng
    Contributors: 許志義
    洪穎正
    Hung, Ying Cheng
    Keywords: 用戶群代表
    需求面管理
    需量反應
    虛擬電廠
    虛擬尖峰容量
    Aggregator
    Demand-Side management (DSM)
    Demand response (DR)
    Virtual power plant (VPP)
    Virtual peaking capacity (VPC)
    Date: 2017
    Issue Date: 2017-09-13 15:05:32 (UTC+8)
    Abstract: 本研究針對先進國家「用戶群代表」制度之政策與法規進行探討,並進一步探討如何施行於台灣電力市場。首先定義並解釋「用戶群代表」涵意後,整理出先進國家(包含美國、歐盟、德國、澳洲、韓國五個地區與EnerNOC、Comverge、CPower、OhmConnect四個公司)的用戶群代表商業模式案例,藉由文獻分析與個案研究,觀察先進國家政策方向與用戶群代表市場定位差異。同時,本研究由我國用戶群代表相關制度法規,探討用戶群代表於我國電力市場實施之適法性。此外,本研究根據文獻回顧整理出發展用戶群代表制度的關鍵成功因素,並詳細探討我國當前條件是否適合發展。最後針對政府與台電、產業界、學術界、電力用戶的不同角度,提出可行的政策法規建議。
    This thesis explores the policies and regulations of aggregator systems in advanced countries and explores how to implement aggregator system in Taiwan electricity market. In order to achieve this objective, we first define and elaborate the meanings of aggregator. Then, experience and case studies of USA, European Union, Germany, Australia and Korea are studied. In addition, business models of four aggregators, EnerNOC, Comverge, CPower and OhmConnect are presented. Furthermore, we examine current related regulations of an aggregator in Taiwan electricity market for feasibility analysis. In addition, this study summarizes the key success factors of the development of aggregator systems according to the literature review, and discusses in detail whether Taiwan`s current conditions are suitable for development. Finally, market models and policy regulations in relation to the aggregator are recommended.
    Reference: 一、 中文文獻
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    二、 西文文獻
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    “The Value of Aggregators in Electricity Systems.” published by MT Center for Energy and Environmental Policy Research.

    Crampes Claude and Léautier Thomas-Olivier, 2015, “Demand Response in
    Adjustment Markets for Electricity.” Journal of Regulatory Economics,
    48(2):169-193.

    Dietrich Kristin, Latorre Jesus M., Olmos Luis, Ramos Andres, 2015,
    “Modelling and Assessing the Impacts of Self Supply and Market-Revenue Driven Virtual Power Plants.” Electric Power Systems Research, 119:462-470.

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    Lambert Quentin, 2012, Business Models for an Aggregator - Is an Aggregator
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    Sučić Stjepan, Dragičević Tomislav, Capuder Tomislav, Delimar Marko, 2011,
    “Economic Dispatch of Virtual Power Plants in an Event-Driven Service-Oriented Framework Using Standards-Based Communications.”
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    三、 網路資源
    中技社,2013,〈台灣能源及電力業之挑戰與機會〉。最後查閱日期:2017/6/25,檢自: http://www.ctci.org.tw/ct.asp?xItem=3684&ctNode=655

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    台灣電力公司,〈負載管理〉。最後查閱日期:2017/6/25,檢自:
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    能源新報,2016,〈台電智慧電表「用手抄」,這是哪門子的智慧?〉。最後查閱日期:2017/6/25,檢自:
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    許志義,2016,〈因應缺電危機與需求管理的重要觀念〉。最後查閱日期:2017/6/25,檢自: https://gvlf.gvm.com.tw/article_content_11882.html

    經濟部能源局,〈電力供給>發電結構〉。最後查閱日期:2017/6/25,檢自:
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    韓國電力交易所官網,最後查閱日期:2017/6/25,檢自:
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    Federal Energy Regulatory Commission (FERC), 2016, “Assessment of Demand Response and Advanced Metering.” 最後查閱日期:2017/6/25,檢自:
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    Description: 碩士
    國立政治大學
    國家發展研究所
    99261014
    Source URI: http://thesis.lib.nccu.edu.tw/record/#G0099261014
    Data Type: thesis
    Appears in Collections:[國家發展研究所] 學位論文

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