What is the Power form Orbit Challenge?
Our aim: £20M to the first team that generates electric power in orbit and safely beams it down to earth
To limit global warming we need to decarbonise electricity production. Phasing out fossil fuels by 6% every year between 2020 and 2030.21 We also need to generate more electricity than we ever have before.
Renewable energy is key to solving this, but wind and solar power are intermittent sources – they don’t generate electricity when the wind doesn’t blow or the sun doesn’t shine. But there is a place devoid of clouds, and where the sun shines virtually 24 hours a day.
Over the next decade, we need to bridge an investment gap of $4 trillion into clean energy to reach net zero.
Space-based solar power technology needs government backing to give it credibility and crowd in public funding. Challenges have a proven track record of incentivising innovation and setting an ambitious shared mission.
The DARPA Grand Challenges did this for autonomous vehicles in the early 2000s – a challenge prize could do the same for this exciting new energy frontier.
This challenge will drive forward the technology needed to harness solar energy in space – high above the clouds, outside of the cycle of night and day we have on earth.
The space sector is excited by the opportunity, but needs investment and government support to commit. The challenge will stimulate this nascent market and incentivise innovators to come together and experiment.
Achieving its ambitious goal will require an interdisciplinary approach to R&D and bold demonstrations of achieving milestones on the way to orbit. To succeed, advances in power beaming technology and spacecraft design, new capabilities in constructing, servicing and maintaining in-orbit facilities are needed.
And it requires the launch of the biggest satellites – by far – in history.
Smaller awards will be offered along the way for teams which develop key enabling technologies. Major funding will be funnelled to the most promising ideas that will bring us closer to the goal of beaming power from orbit.
Get in touch if you are interested in collaborating on this future prize.
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