计及双向互动的大用户用电负荷智能化控制研究

Research on Intelligent Control of Large Users’ Electricity Load Considering Two-Way Interaction

随着我国电网高峰负荷、峰谷差较快增长,调峰能力不足,应该积极实施电力需求侧管理,提出一类以集群建筑、大型建筑为对象的负荷控制技术和针对集群建筑用电负荷的互动技术。满足供应侧对需求侧用电监控和需求侧用电分配控制的目标,解决在大用户用电负荷中分项分时分地的进行电量监控和控制以及广域多区的协调问题,并验证了面向需求侧管理的协调优化效果。

The peak load and peak-to-valley difference of my country’s power grid are growing rapidly, and the peak-shaving capacity is insufficient.Therefore, power demand-side management should be actively implemented.By carrying out research on the demand-side interaction mechanism, a class of load control technology for cluster buildings and large buildings and interactive technology for the power load of cluster buildings are proposed to meet the demand-side power consumption monitoring and demand-side power consumption of the supply side.The goal of distribution control is to solve the problem of itemized time-sharing monitoring and control of electricity in large users’ electricity load, the coordination of wide-area and multi-zones, as well as the coordination and optimization of demand-side management.