首页|混合超级电容器应用于光伏储能的研究

混合超级电容器应用于光伏储能的研究

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光伏发电具有波动性和间歇性的特点,无法直接向负载提供稳定的电能,而混合超级电容器组成的储能系统能提供适中的能量密度和较高的功率密度,且使用寿命长,能更好消纳光伏发电,提高储能效率和电能质量.搭建混合超级电容器(HSC)光伏储能系统和锂离子电池(LIB)光伏储能系统,比较不同天气条件下的电压波动以及电量变化.在晴天条件下,HSC模组的充电电量比LIB模组提高了 7.8%,而两模组的电压波动均不大.在多云条件下,HSC模组的充电电量比LIB模组提高了 10.4%,且HSC模组的电压波动程度比LIB模组小.在阴天条件下,HSC模组的充电电量比LIB模组提高了 15.4%,两模组的电压波动都较小,但LIB的充电电压出现下降趋势.
Hybrid Supercapacitor Used in Photovoltaic Energy Storage Research
Photovoltaic power generation has the characteristics of volatility and intermittent,unable to provide stable power load,and hybrid super capacitor of energy storage system can provide moderate energy density and high power density,and long service life,can better given photovoltaic power generation,improve the energy storage efficiency and power quality.Build a hybrid supercapacitor(HSC)photovoltaic energy storage system and a lithium-ion battery(LIB)photovoltaic energy storage system to compare the voltage fluctuations and power changes under different weather conditions.In sunny days,the charging power of HSC module is 7.8%higher than that of LIB module,while the voltage fluctuation of both modules is not large.Under multi-cloud conditions,the charge power of HSC module is 10.4%higher than that of LIB module,and the voltage fluctuation degree of HSC module is less than that of LIB module.Under cloudy days,the charging power of HSC module increased by 15.4%than that of LIB module,and the voltage fluctuation ofboth modules was small,but the charging voltage of LIB showed a downward trend.

photovoltaic energy storagehybrid supercapacitorcharacteristic studysmooth powerpower quality

陈祖彪、张国庆、柯秀芳

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广东工业大学材料与能源学院,广东广州 510006

光伏储能 混合超级电容器 特性研究 平滑功率 电能质量

2024

广东化工
广东省石油化工研究院

广东化工

影响因子:0.288
ISSN:1007-1865
年,卷(期):2024.51(6)
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