Research on Application of DC Microgrid Heavy Truck Battery Charging-Replacement Station

Zaibao Xiong, Leilei Li, Di Xu, Guang Su, Huaguang Wang, Yanning Li
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Abstract

The power grid in the new power system will present a grid pattern in which large power grids, highly autonomous local power grids and Micro grids coexist. If the DC power generation unit or load is connected to a DC micro grid with a suitable voltage level, part of the AC/DC conversion device will be omitted, the loss and the cost will be reduced after being scaled up. With the rapid growth of DC load and the large-scale development of DC characteristic power sources such as wind and solar storage, DC Micro grid will greatly increase and become an important part of the construction of a new power system with new energy as the main body. This paper analyzes the load of heavy trucks in green mines, selects main equipment and control and protection schemes, and builds a DC micro-grid solution based on the characteristics of the new power system. This scheme has a certain demonstration significance for the promotion and application of DC micro-grid in green mines.
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直流微电网重型载重汽车电池充换站应用研究
新型电力系统中的电网将呈现大电网、高度自治的局部电网和微电网并存的电网格局。如果将直流发电机组或负载接入合适电压水平的直流微电网,可以省去部分交直流转换装置,放大后可以降低损耗和成本。随着直流负荷的快速增长和风能、太阳能储能等直流特征电源的大规模发展,直流微电网将大幅增加,成为以新能源为主体的新型电力系统建设的重要组成部分。本文对绿色矿山重型卡车的负荷进行了分析,选择了主要设备和控制保护方案,并根据新型电力系统的特点构建了直流微电网解决方案。该方案对直流微电网在绿色矿山的推广应用具有一定的示范意义。
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