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Microwave Power Beaming Experiments in Tronto and Hawaii for the Solar Power Satellite

机译:多伦多和夏威夷的太阳能卫星微波发射实验

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We believe the beam control system of the microwave is one of the most important and critical issues to realize the SPS. The retrodirective antenna is a very promising technology using pilot signal radiated from the receiving site to the transmitting antenna. We have already performed the small demonstration on the retrodirective antenna at the IAF Congress at Amsterdam in 1999 and the S-310-36 sounding rocket experiment between the rocket and the ground in 2006. We carried out the beam control test at a long distance from Mt. Haleakea at Maui Island to Mt. Mauna Lea in the big island in Hawaii. The distance between two mountains is about 150 km, which is a quarter of the distance between the low earth orbit and the ground. This transmission test is equivalent to the LEO space demonstration. We have already performed the first experiment in Hawaii last May supported by the Discovery Channel for the TV show.
机译:我们认为,微波束控制系统是实现SPS的最重要和关键的问题之一。逆向天线是一种非常有前途的技术,它使用从接收站点辐射到发射天线的导频信号。我们已经在1999年阿姆斯特丹的IAF大会上使用逆向天线进行了小型演示,并在2006年在火箭与地面之间进行了S-310-36探空火箭实验。公吨。在毛伊岛的哈雷阿基亚山。在夏威夷大岛上的冒纳莉亚(Mauna Lea)。两座山脉之间的距离约为150公里,是低地球轨道与地面之间距离的四分之一。此传输测试等效于LEO空间演示。去年五月,我们已经在探索频道的支持下在夏威夷进行了电视节目的第一个实验。

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