Data Centers In Space Could Make The Earth Look Like A Porcupine, With Solar Panels
A proposed orbital data center design consists of solar panels branching out from long columns that hold computing hardware.
A proposed orbital data center design consists of solar panels branching out from long columns that hold computing hardware.
US President Trump’s war on solar power is a mystery wrapped in an enigma. Everybody knows about his personal grudge against wind turbines, but solar panels? Why them? Regardless, if President Trump really means to fight the Sun, it’s a losing battle. US innovators in the space solar industry are … [continued]
The space solar power industry is gathering steam, with Aetherflux among the US startups working on space-to-earth and orbiting data center applications.
Microscopic particles of “solar glitter” form the foundation of new photovoltaic technology launched by the US startup mPower for space solar applications.
n a new twist on the space solar field, a US startup aims to launch data centers into orbit around the Earth and power them with PV arrays assembled by swarms of autonomous robots.
The new documentary Bright Harvest: Powering Earth From Space has brought the painstaking labwork of space solar to the big screen, creating a minor buzz across the Intertubes over the prospect of beaming solar energy down to receivers on Earth for firm, reliable, 24/7 clean power regardless of the weather. … [continued]
A new report indicates that two NASA technologies will play a key role in the space solar race, even as the agency faces the Trump chopping block.
A new durable, lightweight space solar array from the US startup Atomic-6 is getting a workout from the US Space Force.
Space solar startups are attracting serious investor interest, the latest example being a $50 million Series A haul for the US firm Aetherflux.
China is proposing an orbiting solar power station that would beam energy down to Earth 24 hours a day, every day.