Critical development for space-based solar energy
The aim is unlimited and continuous energy production
Today, we provide continuous energy production through nuclear energy and gas turbines. However, they also produce radioactive waste and carbon dioxide, which pose serious problems for the climate and the environment.
Space Solar plans to develop a kilometer-scale satellite farm with lightweight solar panels and a mirror system that will focus sunlight on the panels. The electricity produced will be converted into high-frequency radio waves and gigawatt-scale power will be sent to a fixed receiving station on earth. Space Solar, HARRIER called The world’s first 360° wireless power transfer system showed that this is now possible.
Space Solar has ticked off wireless omnidirectional power transfer. Although SpaceX continues tests on Starship, this target will also be ticked soon. Next for Space Solar is the installation of these systems in orbit by robots. According to the company, 68 launches will be required for the space energy station to be established. According to the company, it is possible to achieve this cost-effectively within 10 years. On the other hand, Space Solar is not the only company that wants to collect solar energy from space. The UK government provided $5.7 million in funding to universities in this field. The European Space Agency is running a similar program through its Solaris programme.
Source
https://www.rechargenews.com/energy-transition/beaming-solar-power-to-earth-from-space-a-step-closer-after-world-first-breakthrough/2-1-1621880
https://www.spacesolar.co.uk/sky-news-world-first-uk-prototype/
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