考虑辅助服务市场化与辅助资源兼容性的综合能源服务能力提升方法

The participation of integrated energy systems in the auxiliary service market is an effective means to improve the level of integrated energy efficiency services and enhance the consumption of large-scale distributed energy. This project intends to study the heterogeneous compatibility matrix between auxiliary service resources and auxiliary service items from the perspective of complex compatibility between multiple auxiliary service resources and different auxiliary service items in the integrated energy system. The research content of the project includes:1) For the operational compatibility problem between different auxiliary service items such as frequency modulation and standby, construct an operational compatibility matrix that considers the state of the auxiliary service application, and realize dynamic analysis of the business capability of the integrated energy system participating in different auxiliary service markets; 2) For the compatibility problem between multi-form energy storage equipment, controllable load and other auxiliary service resources and different auxiliary services in the integrated energy system, construct a matching compatibility matrix considering the auxiliary service resource power consumption mode and association rules. A method for improving the ability of integrated energy service resources based on cluster aggregation to participate in the auxiliary service market. Relevant research results will help the integrated energy system to play its role in resource allocation, improve the marketization level of integrated energy systems and comprehensive energy efficiency service capabilities, and provide theoretical and technical support for the promotion of China's comprehensive energy service business.

综合能源系统参与电力辅助服务市场是提高综合能效服务水平和提升大规模分布式能源消纳的有效手段。本项目拟从综合能源系统中多种辅助服务资源和不同的辅助服务项之间存在复杂兼容性的角度出发，研究构建辅助服务资源和辅助服务项之间的异构兼容矩阵并进行提升优化。项目的研究内容包括：1）针对调频、备用等不同辅助服务项之间的运行兼容性问题，构建考虑辅助服务应用状态的运行兼容性矩阵，实现对于综合能源系统参与不同辅助服务市场的业务能力的动态分析；2）针对综合能源系统中多形式储能设备、可控负荷等辅助服务资源与不同辅助服务之间存在匹配兼容性问题，构建考虑辅助服务资源用电模式与关联规则的匹配兼容性矩阵，研究基于集群聚合的综合能源服务资源参与辅助服务市场能力的提升方法。相关研究成果有助于综合能源系统发挥其资源配置作用，提高综合能源系统市场化水平和综合能效服务能力，为我国综合能源服务业务的推进提供理论和技术支持。

综合能源系统参与电力辅助服务市场是提高综合能效服务水平和提升大规模分布式能源消纳的有效手段。本项目拟从综合能源系统中多种辅助服务资源和不同的辅助服务项之间存在复杂兼容性的角度出发，研究构建辅助服务资源和辅助服务项之间的异构兼容矩阵并进行提升优化。项目的研究内容包括：1）针对调频、备用等不同辅助服务项之间的运行兼容性问题，构建考虑辅助服务应用状态的运行兼容性矩阵，实现对于综合能源系统参与不同辅助服务市场的业务能力的动态分析；2）针对综合能源系统中多形式储能设备、可控负荷等辅助服务资源与不同辅助服务之间存在匹配兼容性问题，构建考虑辅助服务资源用电模式与关联规则的匹配兼容性矩阵，研究基于集群聚合的综合能源服务资源参与辅助服务市场能力的提升方法。相关研究成果有助于综合能源系统发挥其资源配置作用，提高综合能源系统市场化水平和综合能效服务能力，为我国综合能源服务业务的推进提供理论和技术支持。