带储能系统的用电负荷实时调控及其控制器研究

Real-Time Load Regulation Based on Energy Storage Systems and the Study of Controller

为了缓解供电高峰时期的供电压力,解决智能电网中由于新能源的引入引发的随机性、波动性、间歇性的问题,引进了智能储能技术。通过将新能源发电与储能技术同时加入到电力网络中,借助储能技术将电能以一种可观、可控的方式储存起来,实现了能量的双向流动。根据智能用电交互理论,对终端用户侧配备储能系统进行了说明,建立了控制器相关模型,并提供充放电及实时负荷调控策略。最后,通过Keil编程、Proteus仿真实现了智能储能系统自动充放电控制。

In order to relieve the power supply pressure at the peak time and to solve the randomness,volatility and intermittent problems due to the introduction of a new energy,a smart energy storage technology has been brought in.Through both a new energy and energy storage technology in the power grid,and with the aid of energy storage technology,the power will be stored in a form of visible and controllable way,realizing bidirectional flow of energy.This paper focused on a new smart distribution grid topology based on building energy efficiency technologies and established model for the system.In the end,the simulation shows this model can run in the state of automatic charge and discharge by the Keil and Proteus.