Physicist, one of the people who founded Robinhood in 2013 Baiju Bhatt, new company Aetherfluxtransmits the energy produced in space to Earth will send.
Aetherflux, which currently has a team of 10 people, According to the statement, SpaceX will send a satellite to low earth orbit with the “Transporter” mission at the end of 2025. This satellite will generate electricity by taking advantage of the Sun in space and will use it within its structure. It will send it back to Earth via a high-power infrared laser. For this purpose, a special energy station will be established on Earth. This satellite in low earth orbit will be able to power the selected location on Earth for only a few minutes. The company, which wants to extend this with more satellites in orbit in the future, is currently making plans for the very distant future. Japan has been on the agenda before on this issue. The country will try to transmit solar energy obtained in space to Earth in 2025. Japan will not break new ground in this regard. Because last year, the California Institute of Technology announced that they had achieved a very important success. Scientists stated that they have turned a plan that has been on the table since 1968 into reality for the first time. Smooth and wireless transmission to Earth via solar energy collected in space had accomplished.
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Within the scope of this success achieved in an experimental project, a group of researchers from Caltech, based on the Solar Power Demonstrator (SSPD-1) in low earth orbit, developed the “MAPLE” collected solar energy, converted it into electricity, and sent it to microwave receivers placed on a rooftop on Caltech’s Pasadena campus. In short, the electricity produced in space came to Earth in a usable form. Ali Hajimiri, co-director of Caltech’s Space Solar Power Project (SSPP), said, “To our knowledge, no one has ever demonstrated wireless energy transfer from space before, even using fairly expensive stable/fixed structures. We did this with our own integrated circuits using flexible and lightweight structures. This is a first” he said.
Japan has also been working on this issue, and the country has been working on transferring solar energy from space to Earth for many years. wants. To make this a reality “2025” Stating that they will take the first concrete step in 2019, scientists will send a small satellite weighing 180 kg to low earth orbit and will try to transmit approximately 1 kilowatt of power from an altitude of 400 kilometers. Reportedly, this spacecraft will include a 22 square meter photovoltaic panel to charge the battery.
So why space? After all, we can produce energy, that is, electricity, from the sun on Earth. As far as reported, solar panels in orbit are a potentially unlimited source of renewable energy. In space, solar panels can collect energy regardless of the time (There is no natural production at night on Earth) and the method of sending the generated energy (microwave basedThey do not have a cloud barrier regarding ). Solar power plants on Earth experience huge production losses on cloudy days, this does not exist in space.