面向超高质量配电的直流微电网直流电压控制

H. Kakigano, Y. Miura, T. Ise, R. Uchida
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引用次数: 125

摘要

直流微电网是一种新型的超高质量电力系统。电力通过直流配电线路传输,并通过放置在负载附近的转换器转换为所需的交流或直流电压。负载侧变流器不需要变压器,只需选择合适的直流配电电压(±170v),直流电源线由3根线组成:+ 170v线、中性线和- 170v线。为了保证高质量的供电,配电电压必须保持平衡。本文提出并研究了一种用于直流配电的电压平衡器。计算机仿真结果表明,通过3线制直流配电线路和负载侧变流器,直流微电网能够同时稳定地向负载提供交流和直流电源。此外,最后一节还提出并研究了另一种电压平衡器(dc/dc变换器型)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DC Voltage Control of the DC Micro-grid for Super High Quality Distribution
DC micro-grid is a novel super high quality electric power system. The power is transmitted through dc distribution line and converted to required ac or dc voltages by converters placed near loads. Those load side converters do not need transformers by choosing proper dc distribution voltage (plusmn170 V). The dc power line is composed of 3 wires: +170 V line, neutral line and -170 V line. The distribution voltages have to be balanced to keep high quality power supplying. In this paper, a voltage balancer for dc distribution are proposed and studied. Computer simulation results demonstrated that dc micro-grid was able to supply both ac and dc power to loads simultaneously and stably by 3-wire dc distribution line and load side converters. In addition, another voltage balancer (dc/dc converter type) is also proposed and studied in the last section.
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