CAJ | 학술논문

在输配分开的电力市场环境下，为了实现微电网的智能化市场运作，需要结合微电网自身特点设计一套可行的市场运行机制。提出“发电驱动负荷”模式，在保证与主网电力市场相容的基础上，基于多代理系统的市场运营控制体系，计及可中断负荷和储能装置的灵活市场行为，融入需求侧响应机制，负荷用户可根据自身相对需求向微电网市场控制平台提交需求报价信息，构建微电网并网运行的合同市场和实时平衡市场，设计了竞价规则和模型，并针对几个关键问题进行了讨论。
재수배분개적전력시장배경하，위료실현미전망적지능화시장운작，수요결합미전망자신특점설계일투가행적시장운행궤제。제출“발전구동부하”모식，재보증여주망전력시장상용적기출상，기우다대리계통적시장운영공제체계，계급가중단부하화저능장치적령활시장행위，융입수구측향응궤제，부하용호가근거자신상대수구향미전망시장공제평태제교수구보개신식，구건미전망병망운행적합동시장화실시평형시장，설계료경개규칙화모형，병침대궤개관건문제진행료토론。
An operable market operation mechanism considering the fundamental characteristics of microgrid was designed to realize the intelligent operation of microgrid under transmission and distribution separated electricity markets."Load Driven by Generation"mode was proposed.On the premise of ensuring the compatibility with the main grid electricity market,based on the market operation control system of multi-agent systems,customers could submit the bidding information to microgrid power exchange controller (MPEC)in the multi-agent market operation control system according to their relative demands, with considering the flexible market behavior of interruptible load and energy storage devices,as well as the demand-side response mechanism.The contract market and the real-time balance market were constructed for grid-connected microgrid, together with the bidding rules and the mathematical models.Finally,several key questions were discussed.