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hayden🍉
hayden🍉
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Tuesday 09 July 2024 08:39:43 GMT
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winghymns
⚢ zahra ୭ ˚. :
YHE BACK TEXT IS SO WELL MADE
2024-07-09 15:13:01
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hellyleftfoot
Olly :
What do u know about I monster
2024-07-09 12:48:40
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scissorseason
saph 🎀 :
SO FIRE
2024-07-09 12:29:40
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copperartist
Copper 🦀 :
I can't repost it??
2024-07-09 08:43:56
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China is taking a revolutionary step in the pursuit of renewable energy by constructing a massive solar power plant in space. The ambitious initiative aims to place a solar array—spanning roughly 1 kilometer—into geostationary orbit, approximately 36,000 kilometers above Earth, where it will maintain a fixed position relative to the sun. The space-based plant is engineered to harvest solar energy continuously and transmit it back to Earth via microwave beams. According to projections, it could generate as much energy annually as the world’s remaining recoverable oil reserves, positioning it as a transformative force in global energy production. Prominent Chinese aerospace engineer Long Lehao compared the project’s scale and impact to relocating the Three Gorges Dam—the largest hydropower facility on Earth—into space, highlighting the mission’s extraordinary magnitude. One of the key benefits of space-based solar technology is its unmatched efficiency. Unlike ground-based systems, it is unaffected by cloud cover, weather, or day-night cycles, enabling 24/7 energy collection. Space solar panels are estimated to be up to ten times more efficient than those on Earth. Launched in 2019, the project will rely on the heavy-lift Long March-9 rocket to deploy the plant into orbit. Once fully operational, this pioneering station has the potential to deliver reliable, clean energy worldwide, marking a major milestone in the evolution of sustainable power generation. #radiofreecanada #cftg #canada #China #innovation
China is taking a revolutionary step in the pursuit of renewable energy by constructing a massive solar power plant in space. The ambitious initiative aims to place a solar array—spanning roughly 1 kilometer—into geostationary orbit, approximately 36,000 kilometers above Earth, where it will maintain a fixed position relative to the sun. The space-based plant is engineered to harvest solar energy continuously and transmit it back to Earth via microwave beams. According to projections, it could generate as much energy annually as the world’s remaining recoverable oil reserves, positioning it as a transformative force in global energy production. Prominent Chinese aerospace engineer Long Lehao compared the project’s scale and impact to relocating the Three Gorges Dam—the largest hydropower facility on Earth—into space, highlighting the mission’s extraordinary magnitude. One of the key benefits of space-based solar technology is its unmatched efficiency. Unlike ground-based systems, it is unaffected by cloud cover, weather, or day-night cycles, enabling 24/7 energy collection. Space solar panels are estimated to be up to ten times more efficient than those on Earth. Launched in 2019, the project will rely on the heavy-lift Long March-9 rocket to deploy the plant into orbit. Once fully operational, this pioneering station has the potential to deliver reliable, clean energy worldwide, marking a major milestone in the evolution of sustainable power generation. #radiofreecanada #cftg #canada #China #innovation

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