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首页> 外文会议>56th International Astronautical Congress 2005 vol.6 >Wireless Power Transmission Technology Applications for Orbital and Planetary Exploration Systems and Demonstrations
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Wireless Power Transmission Technology Applications for Orbital and Planetary Exploration Systems and Demonstrations

机译：无线功率传输技术在轨道和行星探索系统中的应用和演示

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摘要

For the enhancement of future ISS operational capabilities, but also of planetary exploration mission flexibility and scientific gain, the use of Wireless Power Transmission (WPT) technology provides the potential of operational benefits, by increase of space systems efficiency, like co-orbiting platforms, transfer vehicles or other ISS related in-orbit spacecrafts and planetary or lunar exploration systems. The laser technology promises specific technical, operational and economic benefits compared to microwave applications and is the actual basis for the envisioned wireless power transmission concepts. In the frame of future planetary exploration programmes, especially to Moon and Mars but also to bodies like moon Europa, the capability to enhance the exploration mission flexibility in terms of mission scientific objectives and gain of results, reachable target sites, and the continuous provision of resources, as electrical power and data to the exploration vehicles is most important. The paper describes Wireless Power Transmission augmented space systems performance and mission applications, their technical feasibility and the logic and approach for a step-wise demonstration campaign for Wireless Power Transmission augmented exploration systems.
机译：为了增强未来ISS的作战能力，同时也增强了行星探测任务的灵活性和科学性，使用无线电力传输（WPT）技术可通过提高空间系统的效率（如协同轨道平台）来提供潜在的运营优势，运载工具或其他与ISS相关的在轨航天器以及行星或月球探测系统。与微波应用相比，激光技术有望带来特定的技术，操作和经济优势，并且是设想的无线电力传输概念的实际基础。在未来的行星探索计划的框架内，特别是对月球和火星，以及对像欧罗巴这样的天体，在任务科学目标和成果获得，可到达的目标地点以及不断提供资源，因为勘探车辆的电力和数据最为重要。本文介绍了无线电力传输增强空间系统的性能和任务应用，其技术可行性以及进行无线电力传输增强探索系统逐步演示活动的逻辑和方法。

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