CAJ | 학술논문

空间太阳能电站是高效利用太阳能的有效途径，受到了国际的广泛关注。空间无线能量传输技术是空间太阳能电站的关键技术之一。文章首先分析了微波与激光无线能量传输技术的问题，根据空间太阳能传输的具体需求进一步提出基于等离子体通道的无线能量传输技术，并对基于此项技术的空间太阳能传输系统进行了论证，完善并发展了空间太阳能传输模型。基于等离子体通道的无线能量传输技术为多个领域的能量补给提供了新颖的技术途径，是具有广阔应用前景的战略选择。
공간태양능전참시고효이용태양능적유효도경，수도료국제적엄범관주。공간무선능량전수기술시공간태양능전참적관건기술지일。문장수선분석료미파여격광무선능량전수기술적문제，근거공간태양능전수적구체수구진일보제출기우등리자체통도적무선능량전수기술，병대기우차항기술적공간태양능전수계통진행료론증，완선병발전료공간태양능전수모형。기우등리자체통도적무선능량전수기술위다개영역적능량보급제공료신영적기술도경，시구유엄활응용전경적전략선택。
As an effective way to utilize solar power, the space solar power station (SSPS) has attracted great concerns of international society. Space wireless energy transmission technology is one of the key tech-nologies in SSPS. In this paper, the microwave and laser-wireless energy transmission technologies are ana-lyzed, and a new wireless energy transmission technology based on plasma is proposed according to the re-quirement of SSPS, as well as a transmission model is developed. This innovative method can promote the ca-pability of wireless energy transmission technology, which has a wide application prospects.