基于JAVA的电力市场仿真实验平台设计及应用

Design and implementation of power market simulation platform based on JAVA

设计并建立电力市场仿真实验平台(JPMSP).采用Java 2进行开发,建立在统一的SQL数据库之上;采用模块化结构体系、可视化图形界面,由客户/服务器结构的控制台和浏览器/服务器结构的操作台组成;能模拟真实市场环境,灵活设定实验参数,严格控制实验过程,动态生成统计图表;对电力市场机制的设计和评估具有一定的应用价值.该实验平台已用于研究目前峰谷电价政策对发电企业经济利益和用电企业经营策略的影响,揭示了峰谷电价政策的作用机理和效果.

Design and implementation of power market simulation platform are presented in this paper. Based on the uniform SQL database, the simulation platform is designed and developed using JAVA 2. The modularized structure system and the visual graph interface are employed. This platform is constructed using the console and operation platforms with C/S（Client/Server） structure. Experimental parameters can be modified flexibly, the experiment process can be monitored precisely, and statistic graph can also be generated dynamically. This platform is applied in theory analysis for design and evaluation of power market system. It analyzes Time-of-Use Electricity Pricing Policy＇s influence on economic interests of power-generating enterprises and users business strategy in present. The action and effects mechanism of Time-of-Use Electricity Pricin~ Policy is r^v~｜,~d