Sandia National Laboratories’ spin-off mPower Technology secured Series B funding to scale its production of silicon solar panels for space applications.
German scientists believe that power generation for future habitats on the moon could be achieved by manufacturing halide perovskite cells locally, using regolith-based moonglass.
The California-based company plans to transmit energy from satellites to ground stations.
A cancelled factory led to the sale. The solar cells produced by the equipment are “game-changing tech at liquidation values,” said the seller.
Conventional silicon solar cells degrade rapidly in space, and gallium arsenide cells are heavy and inflexible. Research from the University of Michigan suggests carbon-based solar cells could be a good fit for space applications.
The proposed cell is based on indium gallium phosphide (InGaP), indium gallium arsenide (InGaAs) and germanium (Ge) and has an active area of 0.25 mm2. It can be used for applications in micro-concentrator photovoltaics (CPV).
The companies want to develop cost-effective and efficient photovoltaic products for space applications using next-generation, ultra-thin, radiation-resistant solar cells. Starting next year, hundreds of vehicles for space travel could be equipped with the flexible modules.
Also on the rise: Global energy spending is set to surpass $3 trillion for the first time this year. Generac acquires microgrid controller specialist Ageto. And more.
The Europa Clipper mission will send a craft the size of a basketball court to Europa, a moon considered a potential habitat for life.
Two Korean research institutes are designing the 2.2 km × 2.7 km Korean Space Solar Power Satellite project with the aim of providing approximately 1 TWh of electricity to the Earth per year. The proposed system should use 4,000 sub-solar arrays of 10 m × 270 m, made out of thin film roll-out, with a system power efficiency of 13.5%.
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