WIRELESS SOLAR POWER TRANSMISSION

Lalit Kumar prajapat, Narendra Yadav
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Abstract

- The futuristic advances in power transmission through microwaves. Sun is a limitless source of energy. A space power satellite (sps) orbiting round the earth traps solar energy & generates electric power using photovoltaic cells of sizable area. Sps transmits the generated power via a microwave beam to the receiving rectenna site on earth. A rectenna (rectifying antenna) comprises of a mesh of dipoles & diodes for absorbing microwave energy from a transmitter & converts it into electric power. We are aware of the fact that light is an electromagnetic wave. Light rays never diffuse in space & if by any means these rays can be transmitted from space to earth then it will be a perfect solution for our desired need of 24 hrs power supplies. The approaches for establishing human race in space can come true only if the basic requirement of human beings is satisfied i.e. 24HRS power, which can be efficiently served by rectenna. A wireless power transmission using microwave is a system which contains satellite based solar power system (SPS). The use of solar cells in space achieves 24 hour sunlight & are unaffected by atmosphere & clouds. My concept is a comprehensive study of various components of satellite based SPS & projects this technology as a bulk source of power generation in future.
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无线太阳能传输
-未来通过微波传输电力的进展。太阳是一种无限的能源。一颗环绕地球运行的空间动力卫星(sps)利用相当面积的光伏电池捕获太阳能并发电。Sps通过微波束将产生的能量传输到地球上的接收整流天线。整流天线(整流天线)由一组偶极子和二极管组成,用于从发射机吸收微波能量并将其转换为电能。我们知道光是电磁波这一事实。光线永远不会在太空中扩散,如果这些光线可以通过任何方式从太空传播到地球,那么它将是一个完美的解决方案,满足我们对24小时电力供应的需求。只有满足人类的基本需求,即24HRS功率,才能实现在太空中建立人类种族的途径,而这种功率可以通过整流天线有效地服务。利用微波进行无线电力传输是一种包含卫星太阳能发电系统(SPS)的系统。在太空中使用太阳能电池可以获得24小时的阳光,并且不受大气和云层的影响。我的概念是对基于卫星的SPS的各种组成部分进行全面研究,并将这项技术作为未来发电的主要来源。
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