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Prototype Solar Power Tower/ Advanced Heliostats and Build Sophisticated Transformers on Moon Surface

机译:原型太阳能塔/高级光明岩,并在月亮表面构建复杂的变压器

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During the recent times, the growth of the global interest in the space exploration of the surface of Moon/Mars is tremendous. With increasing advanced technology for planetary exploration, every mission including robotic exploration with landers, vehicles, spacecraft, rovers, space colonies and communication purposes are required an external power generation source and storage systems to fulfill the power requirements during space exploration missions. To ensure the continuous external power supply system on moon surface, Notion Robotics Lab is designed a prototype solar power tower and install a serial sophisticated solar powered Transformers of Heliostats and architecture for successive missions in the desired same region and for simultaneous powering of multiple platforms thus enabling to charge from the Heliostats. As procedures will be needed to combat the temperature differential that will occur on such a structure when exposed to sunlight on one end and the cold of deep space on the other. This prototype solar power tower will be equipped with autonomous system mounted with antenna mast and camera to support the system. This tower will be tall enough to receive sunlight continuously and therefore provide a continuous supply of electric power to lunar base. This research paper is in its initial development and presents an overall view of a new technology integrated summary of the Future Landers with Artificial Intelligence to address the challenge building Lunar Transformers /Heliostats and to transform a region of an extreme hazardous environment into a friendly micro-environment/habitat, thus projecting solar energy at the location's where Robots or Human operate.
机译:在近期,全球对月球表面探索的全球兴趣的增长是巨大的。随着行星勘探的先进技术,包括与着陆器,车辆,航天器,群体,空间殖民地和通信目的的机器人勘探的任务是外部发电源和存储系统,以满足太空勘探任务期间的电力要求。为确保月球表面上的连续外部电源系统,概念机器人实验室设计了原型太阳能塔,并在所需的相同区域中安装了连续任务的Heliostats和架构的串行复杂的太阳能变压器,从而同时为多个平台供电从Heliostats充电。随着手术,在一个末端暴露在阳光下,在另一端暴露在阳光下以及另一端的寒冷时,将需要在这种结构上发生的温差。该原型太阳能塔将配备安装有天线桅杆和相机的自动系统,以支持系统。这座塔足够高,以便连续接收阳光,因此为月球基地提供连续的电力供应。本研究论文在其初步开发中,介绍了一个新的技术综合摘要,并具有人工智能的未来着陆器的新技术综合摘要,以解决建立月球变压器/光灵的挑战,并将一个极端危险环境的区域转变为友好的微观环境/栖息地,从而在机器人或人类运营的地方投射太阳能。

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