Market-based business model for flexible energy aggregators in distribution networks

J. Zupancic, B. Prislan, E. Lakić, T. Medved, A. Gubina, A. Tuerk, V. Kulmer
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引用次数: 7

Abstract

The increasing rate of the smart technology implementations in the energy sector brings new control solutions for distributed renewable energy sources (DRES) to tackle the additional challenges on the distribution network that arise from increased integration of renewable energy sources (RES). With these new control solutions, a possibility of new services that could be offered on electricity and ancillary markets emerged, providing a possibility of new source of income for DRES, Demand Response (DR) and Aggregators. This paper presents the main results of the EU FP7 project INCREASE, where innovative controls for DRES and DR units were developed and investigated. The main novelty of the paper is a sensitivity analysis of INCREASE ancillary services and business model applied to representative European grid for overall policy conclusions. The knowledge gained in INCREASE provides the basis for the work in H2020 project STORY, where the demand response strategies will be augmented to encompass small-scale storage solutions.
配电网中柔性能源聚合器的市场化商业模式
智能技术在能源领域的应用速度越来越快,为分布式可再生能源(DRES)带来了新的控制解决方案,以应对因可再生能源(RES)整合增加而对配电网产生的额外挑战。有了这些新的控制解决方案,就有可能在电力和辅助市场上提供新的服务,为DRES、需求响应(DR)和聚合器提供新的收入来源。本文介绍了欧盟FP7项目INCREASE的主要成果,该项目开发和研究了DRES和DR单元的创新控制。本文的主要新颖之处在于对欧洲代表性电网的辅助服务和商业模式进行敏感性分析,得出总体政策结论。在INCREASE项目中获得的知识为H2020项目STORY的工作提供了基础,在该项目中,需求响应策略将得到扩展,以涵盖小型存储解决方案。
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