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Energy feedback's research and design in AC electronic load

机译:交流电子负载中能量反馈的研究与设计

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In modern air power ground test system, in order to accurately simulate the real load changes, we often use a type of electronic load system energy, which wastes the energy. In order to achieve power testing "green energy", we often used a grid-connected inverter in energy links of the electronic load which can make the energy back to the grid. However, due to air power supply test procedure to test the quality of demanding and test equipment can not interfere with power, So merely using the grid-connected inverter can not be a good way to achieve energy recycling. In order to solve the energy problem of waste and power grid disturbances, in this paper we propose a mixed use of super capacitors and batteries used as energy storage devices, And the two bi-directional DC / DC converter as an energy storage device controller. For this method, first we make a theoretical analysis of the feasibility and proposed method of determining the relevant parameters, finally in the PSIM simulation environment, we analysis and verify the feasibility and effectiveness of this programs.
机译:在现代空中力量地面测试系统中,为了准确模拟实际负载变化,我们经常使用一种电子负载系统来消耗能量,这浪费了能量。为了实现“绿色能源”的功率测试,我们经常在电子负载的能量链中使用并网逆变器,该逆变器可以使能量返回电网。但是,由于空中电源测试程序对测试质量的要求很高,并且测试设备不会干扰电源,因此仅使用并网逆变器就不是实现能量回收的好方法。为了解决浪费能源和电网干扰的能源问题,本文提出了混合使用超级电容器和电池作为储能装置,以及两个双向DC / DC转换器作为储能装置的控制器。对于这种方法,首先我们对可行性进行理论分析,并提出确定相关参数的方法,最后在PSIM仿真环境中,我们分析并验证了该程序的可行性和有效性。

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