【作者】 陈丁跃； 张永辉； 周仁魁； 杨励； 宫永玉； 尹连杰； 赵陈闯；

【Author】 CHEN Ding-yue;ZHANG Yong-hui;ZHOU Ren-kui;YANG Li;GONG Yong-yu;YIN Lian-jie;ZHAO Chen-chuang;Chang′an University;Xi′an Avigation College;Xi′an Institute of Optics and Precision Mechanics,Chinese Academy of Sciences;

【机构】 长安大学； 西安航空学院； 中国科学院西安光学精密机械研究所；

【摘要】 开展了微波光子输电精密载运器的研发工作。介绍了微波光子输电原理及优势;建立了基于远程无线微波光子输电系统原理结构和能量转换数学算法模型;分析了微波光子输电发射端与接收端能量转换之间的关系。在ADVISOR环境下,对精密载运器电能荷电状态进行了研究,并对微波光子输电系统进行了功率容量测试。实验结果显示,微波光子输电系统的设计和参数匹配较合理,供电能力达到微波光子输电精密运载器的动力要求。本项目的研究有助于丰富和发展微波光子输电科学,对新能源精密载运器研究与发展有重要参考价值。更多还原

【Abstract】 A precision conveyance of microwave photon transmit electricity was researched.The principle of microwave photo transmit electricity and its advantages were introduced.Then,a element configuration and mathematical algorithm models of energy conversion based on the system of remote microwave photon transmit electricity were established.The energy conversion relationships between the blast-off carry and the take-over carry in microwave photon transmit electricity were analyzed.The power SOC(State of Charge)of precision conveyance was researched under ADVISOR software,and power capability was tested on the system of microwave photon transmit electricity.Experimental results show that the system of microwave photon transmit electricity designed and parameter matching are relatively rational,thus the efficient operation of precision conveyance of the purely dynamoelectric type has been achieved.The research helps to enrich and develop the science of microwave photon transmit electricity,and plays an important role in the research and development for new energy precision conveyances.更多还原