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Conceptual study of SSPS demonstration experiment

机译:SSPS示范实验的概念研究

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An SSPS (Space Solar Power System) study team was organized under the USEF/METI (Institute for Unmanned Space Experiment Free Flyer/Ministry of Economy, Trade, and Industry) committee on SSPS technologies for practical use. The study team, composed of researchers from universities and national laboratories, has made a conceptual study of a demonstration experiment, planned for the near future, to verify the essential technologies for SSPS. The basic plan is to place a satellite in low Earth orbit to demonstrate microwave power transmission to the ground. The satellite has a 16 m × 17.6 m plate consisting of 400 power-generation/ transmission modules and an end mass, which are connected with a truss and tether wires. The attitude is stabilized by the gravity-gradient force so that the transmitting antennas in the lower panel are always directed toward the ground. The experiment will be able to demonstrate microwave power transmission of more than 100 kW from orbit to the ground target. The study team has also led the development and testing of the microwave circuits for phase control and power amplification, which are critical for the demonstration experiment.
机译:在USEF / METI(无人空间试验研究所免费传单/经济,贸易和工业部)委员会下组织了一个SSPS(太空太阳能系统)研究小组,以实际使用SSPS技术。由大学和国家实验室的研究人员组成的研究小组对演示实验进行了概念研究,该实验计划在不久的将来进行,以验证SSPS的基本技术。基本计划是将卫星放置在低地球轨道上,以演示微波功率向地面的传输。该卫星的板块长16 m×17.6 m,由400个发电/传输模块和一个末端质量组成,这些模块通过桁架和系绳连接。重力梯度力使姿态稳定,因此下部面板中的发射天线始终指向地面。该实验将能够证明从轨道到地面目标的微波功率传输超过100 kW。该研究小组还领导了用于相位控制和功率放大的微波电路的开发和测试,这对演示实验至关重要。

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