Study on microwave power beam correction methods for panel structure SPS

T. Ishikawa, N. Shinohara
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引用次数: 6

Abstract

A SPS (Solar Power Station / Satellite) is a gigantic satellite designed as an electric power plant and transmits the electricity via microwave to a receiving site on the Earth by using a phased array antenna. In Japan, a panel structure SPS was proposed. The panel structure SPS is difficult to maintain flatness of transmission antenna surface. Thus we study on a microwave power beam correction method. In this paper, we describe a PAC (Position and Angle Correction) method. The PAC method is one of the beam correction methods for SPS. However, in order to use the PAC method, the gradients of the panel modules have to be very low. Hence we propose an improved PAC method through the use of the deployment system for the panel structure SPS. Even if the gradients of panel modules are large, we can correct the microwave power beam by using the proposed PAC method.
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面板结构SPS微波功率束校正方法研究
SPS(太阳能电站/卫星)是一种巨大的卫星,被设计成一个发电厂,利用相控阵天线将电力通过微波传输到地球上的接收点。日本提出了面板结构SPS。面板结构SPS难以保持发射天线表面的平整度。为此,我们研究了一种微波功率束校正方法。本文描述了一种位置和角度校正(PAC)方法。PAC法是SPS的波束校正方法之一。然而,为了使用PAC方法,面板模块的梯度必须非常低。因此,我们提出了一种改进的PAC方法,通过使用部署系统的面板结构SPS。即使面板模块的梯度较大,也可以采用该方法对微波功率束进行校正。
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