【作者】 冬雷； 肖辅荣； 廖晓钟；

【Author】 Dong Lei;Xiao Fu-rong;Liao Xiao-zhong;Beijing Institute of Technology,School of Automation;

【机构】 北京理工大学自动化学院；

【摘要】 为了满足偏远地区野外作业的用电需求,本文设计了一种基于风、光、柴、储互补的移动电源车。与以柴油发电机作为唯一能源的传统电源车系统相比,本文所提出系统的最大特点在于以风能和太阳能等绿色新能源作为主要能源,而以柴油作为备用能源。通过合理的容量配置,这种基于风、光、柴、储互补的移动电源系统的有效使用时间可以大大增加,同时在很大程度上降低了系统对柴油的依赖程度。因此,本文所设计的移动电源车系统非常适合在偏远地区为野外作业提供长期的电力保障。本文所设计的移动电源车系统经过了罗布泊、塔克拉玛干沙漠的野外测试,取得了较好的试验结果。更多还原

【Abstract】 To meet the electricity demand for fieldwork applications where the grid is unavailable,a mobile power generation station driven by wind,solar and diesel is presented.Different from the conventional solutions where the diesel is the sole source,the proposed approach utilizes the wind and solar as the main sources while the diesel is back-up.With a reasonable capacity configuration,this proposed design greatly increases the service time and reduces the dependence on traditional sources.Therefore,the proposed solution is suitable for the long-term fieldwork application in remote districts.Finally,a practical mobile power generation station has been presented.更多还原