Write an article about The Terran R launcher could one day be used to put data centres into orbit. (Relativity Space pic)
PARIS: Former Google CEO Eric Schmidt recently took the helm of Relativity Space, a startup specialising in space launchers. His ambition is to one day place data centres directly into orbit, powered by solar energy, with the aim of alleviating their environmental footprint on Earth.
A few weeks ago, Eric Schmidt warned of a possible future energy crisis at a hearing before the US Congress.
According to him, the rise of artificial intelligence (AI) means that the share of data centre activity in global electricity consumption could rise from the current 3% to 99% in the future.
In particular, he mentioned plans for data centres with a capacity of 10 gigawatts, almost 10 times the equivalent of a nuclear reactor. Indeed, a simple query on ChatGPT requires 10 times more resources than a search on a conventional search engine.
Faced with these challenges, Eric Schmidt put forward the idea of placing dedicated infrastructure in orbit, powered by solar energy and cooled by the vacuum of space.
This unique approach would reduce the environmental footprint of terrestrial data centres.
Relativity Space made a name for itself by launching its very first 3D-printed rocket, the Terran 1, in 2023. The company is currently developing a more elaborate model, dubbed Terran R, scheduled for launch in late 2026.
The idea is to make Terran R a reusable launcher for carrying medium and heavy loads, up to around 30 tonnes.
Terran R is thus positioned as a direct competitor to SpaceX’s Falcon 9 and Falcon Heavy (led by Elon Musk) and Blue Origin’s New Glenn (led by Jeff Bezos). It could therefore one day help launch future data centres into orbit.
Although this somewhat outlandish project presents Relativity Space with a number of technical challenges, the initiative is positioned as an innovative solution to the future AI-induced energy crisis.
Eric Schmidt’s arrival at the startup is likely to attract attention and investors, in what is now an ultra-competitive sector that requires a great deal of funding.
A report by the International Energy Agency (IEA), published in April, stated that by 2024, data centres would account for around 1.5% of the world’s electricity consumption. This share is set to double by 2030, to equal Japan’s total electricity consumption today.
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The Terran R launcher could one day be used to put data centres into orbit. (Relativity Space pic)
PARIS: Former Google CEO Eric Schmidt recently took the helm of Relativity Space, a startup specialising in space launchers. His ambition is to one day place data centres directly into orbit, powered by solar energy, with the aim of alleviating their environmental footprint on Earth.
A few weeks ago, Eric Schmidt warned of a possible future energy crisis at a hearing before the US Congress.
According to him, the rise of artificial intelligence (AI) means that the share of data centre activity in global electricity consumption could rise from the current 3% to 99% in the future.
In particular, he mentioned plans for data centres with a capacity of 10 gigawatts, almost 10 times the equivalent of a nuclear reactor. Indeed, a simple query on ChatGPT requires 10 times more resources than a search on a conventional search engine.
Faced with these challenges, Eric Schmidt put forward the idea of placing dedicated infrastructure in orbit, powered by solar energy and cooled by the vacuum of space.
This unique approach would reduce the environmental footprint of terrestrial data centres.
Relativity Space made a name for itself by launching its very first 3D-printed rocket, the Terran 1, in 2023. The company is currently developing a more elaborate model, dubbed Terran R, scheduled for launch in late 2026.
The idea is to make Terran R a reusable launcher for carrying medium and heavy loads, up to around 30 tonnes.
Terran R is thus positioned as a direct competitor to SpaceX’s Falcon 9 and Falcon Heavy (led by Elon Musk) and Blue Origin’s New Glenn (led by Jeff Bezos). It could therefore one day help launch future data centres into orbit.
Although this somewhat outlandish project presents Relativity Space with a number of technical challenges, the initiative is positioned as an innovative solution to the future AI-induced energy crisis.
Eric Schmidt’s arrival at the startup is likely to attract attention and investors, in what is now an ultra-competitive sector that requires a great deal of funding.
A report by the International Energy Agency (IEA), published in April, stated that by 2024, data centres would account for around 1.5% of the world’s electricity consumption. This share is set to double by 2030, to equal Japan’s total electricity consumption today.
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