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超级电容技术支持下电力储能功率调节系统仿真

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储能过程中,相电压、相电流的频繁变化是导致电力功率无法保持稳定状态的主要原因,为解决上述问题,针对超级电容技术支持下电力储能功率调节系统进行仿真设计.在主电路传输回路中,设置有源滤波器与并网逆变器,实现对储能功率的调节,完成电力储能功率调节系统硬件单元的仿真设计.定义超级电容模型,并将其串联在电力回路中,从而在控制电力脉冲功率的同时,实施对电功率的等效调试,完成对电力系统储能功率的全面调节.
Simulation of power storage power regulation system supported by ultracapacitor technology
The frequent changes in phase voltage and phase current during the energy storage process are the main reasons why the power cannot maintain a stable state.To solve these problems,a simulation design is carried out for the power storage power regulation system supported by supercapacitor technology.In the main circuit transmission circuit,active filters and grid connected inverters are installed to regulate the energy storage power,and the simulation design of the hardware unit of the power storage power regulation system is completed.Define a supercapacitor model and connect it in a series power circuit,so as to implement equivalent debugging of electrical power while controlling power pulse power,and complete comprehensive adjustment of energy storage power in the power system.

supercapacitorelectric energy storagepower regulationactive filtergrid-connected inverterphase voltagephase current

宋志峰、段卫锋、马磊

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濮阳职业技术学院,河南 濮阳 457000

中国石化中原油田分公司天然气处理厂,河南 濮阳 457000

濮阳市公安局信息技术科,河南 濮阳 457000

超级电容 电力储能 功率调节 有源滤波器 并网逆变器 相电压 相电流

河南省科技攻关项目濮阳职业技术学院科研项目

202414142022PZYKY27

2024

储能科学与技术
化学工业出版社

储能科学与技术

CSTPCD北大核心
影响因子:0.852
ISSN:2095-4239
年,卷(期):2024.13(2)
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