H2020 Auto-DAN项目:通过提供最先进的技术和政策解决方案,加强社区对需求响应的参与

R. Peeren, D. Dabhi, J. Dalton
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引用次数: 0

摘要

欧洲不断增长的电力需求增加了对更灵活和可持续的电力系统的需求。近年来,需求响应(DR)已成为满足这一需求的有希望的解决方案,为住宅和小型商业消费者提供了积极参与电力市场的机会。本研究报告调查了欧洲住宅社区和小型商业电力消费者的DR潜力,并确定了影响欧洲消费者参与DR计划的技术障碍和驱动因素。在三个不同的欧洲国家(爱尔兰、意大利和西班牙)的六个不同的演示站点确定并验证了不同的DR机会。确定了可再生能源应用的四个具体目标:1).可再生能源应用旨在避免电网运营商削减可再生能源发电机;2).可再生能源应用旨在优化中央或区域供热系统的能源效率;3).可再生能源应用旨在限制由几个消费者共享的电网连接输入的最大功率;4).可再生能源应用旨在最大限度地提高可再生能源社区(REC)的自我消费水平。DR目标的应用将通过最先进的基于社区的Peer2Peer能源市场平台和Digital Twin优化引擎以及智能硬件基础设施来实现,以增强社区对DR的参与。最后,本文建议对建筑能效标准和电力市场设计法规进行改进,以增强社区对DR的参与。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
H2020 Auto-DAN Project: Enhance the Participation of the Community to Demand Response by Providing the State-of-the-Art Technological and Policy Solution
The growing demand for electricity in Europe has increased the need for a more flexible and sustainable power system. In recent years, Demand Response (DR) has emerged as a promising solution to meet this need, by providing an opportunity for residential and smaller commercial consumers to actively participate in the electricity market. This research paper investigates the potential for DR among the residential community and small commercial electricity consumers in Europe and identifies the technological barriers and drivers that impact consumer engagement with DR programs in Europe. The different DR opportunities are identified and validated at the six different demo sites in three different European countries: Ireland, Italy, and Spain. Four specific objectives of the DR applications are identified: 1). DR to avoid curtailment of renewable energy generators by the electricity grid operator 2). DR to optimize the energy efficiency of a central or district heating system 3). DR to limit the maximum power imported on a grid connection shared by several consumers 4). DR to maximize the level of self-consumption in a Renewable Energy Community (REC). The application of DR objectives will be implemented using a state-of-the-art community based Peer2Peer energy market platform and Digital Twin optimization engine together with the smart hardware infrastructure to enhance community engagement in DR. Finally, this paper suggests the improvements required in the Building energy performance standards and the Electricity Market design regulations to enhance the participation of the community in DR.
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