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Ultracapacitor application and controller design in 400 V DC-powered green data centers

机译:400 V直流供电的绿色数据中心中的超级电容器应用和控制器设计

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The integration of solar power, batteries and ultracapacitors to increase the reliability of the power supply for dc-powered data centers and reduce carbon emissions is investigated in this paper. The availability of ultracapacitors that have very high power densities and charge/discharge cycling capability characteristics enable smoothing solar power intermittencies. Four typical weather conditions are simulated for solar power generation. A battery/ultracapacitor energy storage unit is controlled with the goal of improving battery lifetime. Simulation results verify the proposed ideas.
机译:本文研究了太阳能,电池和超级电容器的集成,以提高直流供电数据中心的电源可靠性并减少碳排放。具有非常高的功率密度和充电/放电循环能力特性的超级电容器的可用性使得能够平滑太阳能的间歇性。模拟了四种典型的天气状况以进行太阳能发电。为了延长电池寿命,控制电池/超级电容器能量存储单元。仿真结果验证了所提出的思想。

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