基于智能电厂的电力交易市场竞价系统架构研究

Research on Architecture of Power Market Bidding System Based on Intelligent Power Plant

通过研究电力交易市场竞价体系及管理模式,对智能电厂各经营管理模块进行关联性分析,形成智能电厂电力竞价系统架构方案。先对电力交易市场组成和竞争性机制进行研究,进而将智能电厂的成本管控、经营分析、电力市场分析三部分与竞价系统关联,在智能电厂基础上搭建电力竞价系统,实现数据和功能互通,最后在系统中建立竞价交易模型。通过分析整合智能电厂各子系统功能,建立相关竞价数据库、模块化工具架构,利用平台大数据分析特性和能力中枢智慧算法功能有效提高电力竞价系统分析水平。随着电力交易市场逐步在国内开放投入使用,搭建数据互通、功能齐全、灵活调用的电力竞价系统更有利于长期有效运营,可为建设智能电厂竞价分析系统提供参考。

By studying the bidding system and management mode of the power trading market,this paper analyzes the correlation between the operation and management modules of intelligent power plants,forms the architecture scheme of the power bidding system of intelligent power plants,and provides reference for the construction and implementation.This paper first researches the composition system of the power trading market and the competitive mechanism,and then links the three subsystems of intelligent power plant cost control,operation analysis and power market analysis with the competitive system,and builds the power bidding system architecture of intelligent power plants to realize data and function interoperability.Finally,the bidding model is established in the system.By analyzing and integrating the functions of each subsystem of the intelligent power plant,the relevant bidding database and modular tool architecture are established,and the big data analysis characteristics and central intelligence algorithm function of the platform are used to effectively improve the analysis level of the power bidding system.As the power trading market is gradually opened up and put into use in China,the construction of a power bidding system with data interoperability,complete functions and flexible invocation is more conducive to long⁃term effective operation,and can provide reference guidance for the construction of an intelligent power plant bidding analysis system.