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High-Efficiency Charge/Discharge Control of Hybrid Energy Storage System Based on High-Efficiency Voltage Range

机译:基于高效电压范围的混合储能系统高效充放电控制

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In order to reduce the fluctuation in the power grid due to the power generated by renewable energy sources, a grid connected hybrid energy storage system, which combines lithium-ion batteries and ultra-capacitors is used. In this paper, a new high-efficiency charge/discharge control method for power division as well as stored energy balance is proposed. The battery bank, ultra-capacitor bank, and power converters are individually analyzed. The control method is based on the high efficiency voltage range (HEVR), which is a new method of determining the highest efficiency work-point of the energy storage systems. A 1kW scaled prototype is used to assess the performance of the proposed system. The experimental results show that the proposed system achieves a higher total efficiency than the conventional method, while being able to control the energy balance of the storage devices.
机译:为了减少由于可再生能源产生的电力而引起的电网波动,使用了将锂离子电池和超级电容器结合在一起的并网混合动力储能系统。提出了一种高效的功率分配充放电控制方法以及储能平衡方法。分别对电池组,超级电容器组和电源转换器进行了分析。该控制方法基于高效电压范围(HEVR),这是一种确定储能系统最高效率工作点的新方法。使用1kW比例缩放的原型来评估建议系统的性能。实验结果表明,所提出的系统具有比常规方法更高的总效率,同时能够控制存储设备的能量平衡。

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