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The role of advanced energy management strategies to operate flexibility sources in Renewable Energy Communities
Energy and Buildings ( IF 6.6 ) Pub Date : 2024-11-14 , DOI: 10.1016/j.enbuild.2024.115043
Antonio Gallo, Alfonso Capozzoli

Renewable Energy Communities (REC) can largely contribute to building decarbonization targets and provide flexibility through the adoption of advanced control strategies of the energy systems. This work investigates how the role of flexibility sources will be impacted by shifting towards advanced control strategies under a high penetration of variable Renewable Energy Sources, in the following years. A large residential area with diverse energy systems, building envelope configurations, and energy demand patterns is modeled with the simulation environment RECsim, a virtual testbed for the implementation of energy management strategies in REC. Photovoltaic (PV) panels, Battery Energy Storage and Thermal Energy Storage (TES) of different sizes for each household provide a realistic description of a REC which includes both consumers and prosumers.

中文翻译:


先进的能源管理策略在可再生能源社区中运营灵活能源的作用



可再生能源社区 (REC) 可以在很大程度上为建立脱碳目标做出贡献,并通过采用先进的能源系统控制策略来提供灵活性。这项工作调查了在接下来的几年里,在可变可再生能源的高渗透率下,转向先进的控制策略将如何影响灵活性来源的作用。使用仿真环境 RECsim 对具有不同能源系统、建筑围护结构配置和能源需求模式的大型住宅区进行建模,RECsim 是在 REC 中实施能源管理策略的虚拟测试平台。每个家庭不同大小的光伏 (PV) 面板、电池储能和热能存储 (TES) 提供了对 REC 的真实描述,其中包括消费者和产消者。
更新日期:2024-11-14
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