Sketch an ICT-based Data Management Scheme for liberalizing electricity market

Yu-Tso Chen, B. Su
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Abstract

Electricity has been the most important energy resource for daily applications. With the trends of continuously increasing of electricity cost and imperative need of CO2 emission reductions, forward-thinking governments are taking great importance of optimization on electricity trading for national economic and environmental developments. Although conventional electricity trading approaches such as electricity pool, bilateral market, and so on have been applied in many countries, these methods are lack of the attention to emerging renewable energy options. Based on the above, this paper presents a Data Management Scheme for Electricity Trading (DaMaSET), especially adding the role of Micro-gird. With the support of ICT-enabled load forecasting model, the proposed DaMaSET is capable of shaping an information processing module for electricity-oriented Energy Management System, addressing a valuable research direction in terms of advancing electricity trading, and further indicating a systematic perspective on energy-related environmental sustainability.
草拟以资讯通讯科技为基础的数据管理方案,以开放电力市场
电已经成为日常应用中最重要的能源。随着电力成本不断上升的趋势和二氧化碳减排的迫切需要,具有前瞻性的各国政府都非常重视优化电力交易,以促进国家经济和环境的发展。虽然传统的电力交易方式如电力池、双边市场等已在许多国家得到应用,但这些方式缺乏对新兴可再生能源选择的重视。在此基础上,本文提出了一种电力交易数据管理方案(DaMaSET),特别增加了微电网的作用。在信息通信技术负荷预测模型的支持下,拟议的DaMaSET能够形成面向电力的能源管理系统的信息处理模块,在推进电力交易方面解决了一个有价值的研究方向,并进一步表明了能源相关环境可持续性的系统视角。
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