Space solar power station (SSPS) and microwave power transmission (MPT)

H. Matsumoto
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引用次数: 6

Abstract

Summary form only given. Radio, with its applications, has been one of the key/core technologies during the 20th century. It has expanded the horizons of human activity and is now an indispensable medium to human life. Its main application today is telecommunications. However, radio can be used for other purposes. One promising program to overcome the desperate lack of energy supply is the "space solar power station" (SSPS). The SSPS will be constructed in geosynchronous orbit and has the capability to provide a clean and large-scale stable power supply continuously from space to the ground via a microwave power beam. The power transmission of space-generated electricity via microwave is one of the new frontiers as an enabling technology for the realization of the SSPS. The paper provides a review of the state of the art on SSPS research and development as well as some technical aspects of microwave power transmission.
空间太阳能电站(SSPS)和微波功率传输(MPT)
只提供摘要形式。无线电及其应用已成为20世纪的关键/核心技术之一。它扩大了人类活动的范围,现在是人类生活不可缺少的媒介。今天它的主要应用是电信。然而,无线电可以用于其他目的。“太空太阳能发电站”(SSPS)是克服能源供应极度缺乏的一个有希望的项目。SSPS将在地球同步轨道上建造,能够通过微波功率束从空间向地面持续提供清洁和大规模稳定的电力供应。利用微波进行空间发电传输是实现空间动力系统的使能技术之一。本文综述了微波辐射源的研究和发展现状,以及微波功率传输的一些技术问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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