虚拟抽水蓄能电站设计和运行功率调节策略OA
Design and Operation Power Regulation Strategy of Virtual Pumped Storage Power Station
基于压缩空气储能的虚拟抽水蓄能电站将压缩空气储能和抽水蓄能技术有机结合,优势互补,采用高效的水力设备压缩空气,在电站运行功率调节过程中控制高压水池水头稳定,提高水泵水轮机组效率,使电站高效稳定运行.基于 1 MW容量的电站,提出发电工况和电动工况稳定运行时的功率调节策略,对电站各模块建立数学模型,根据功率调节指令进行优化计算,求出在电站效率最大时各运行参数的值,通过控制驱动设备调节液压活塞杆的运行速度,使高压水池水头达到最优值.对液压活塞运行过程和高压水池水头波动进行仿真分析,验证了该策略可行.
The virtual pumped storage power station based on compressed air energy storage combines compressed air energy storage and pumped storage technology organically,complements each others advantages,and adopts efficient hydraulic equipment to com-press air.During the power regulation process of the power station operation,it controls the head of high-pressure pool to be stable,improves the efficiency of pump-turbine unit,and operates the power station efficiently and steadily.It designes a power station with a capacity of 1 MW,and puts forward the power regulation strategy for stable operation of power generation and electric conditions.It establishes the mathematical model of each module of the power station.According to the power regulation command,the values of ope-ration parameters are obtained when the power plant efficiency is maximum.By controlling the driving equipment to adjust the running speed of the hydraulic piston rod,the water head of the high-pressure pool can reach the optimal value.It simulates and analyzes the running process of the hydraulic piston and the fluctuation of the head of the high-pressure pool,which verifies the feasibility of the strategy.
尤嘉钰
国网北京市电力公司大兴供电公司,北京 102600
信息技术与安全科学
虚拟抽水蓄能压缩空气储能参数设计功率调节策略运行控制
virtual pumped storagecompressed air energy storageparameter designpower regulation strategyoperation control
《东北电力技术》 2026 (3)
9-13,5
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