This Bill Gates

And people are starting to take notice. Just last month, the Department of Energy revealed that CubicPV will be the lead industry participant in a new Massachusetts Institute of Technology research center.

Together, these organizations will harness automation and artificial intelligence to significantly improve the production and development of tandem panels. 

“Tandem extracts more power from the sun, making every solar installation more powerful and accelerating the world’s ability to curb the worst impacts of climate change,” told CNBCVan Mierlo.

“We believe that in the next decade, the entire industry will switch to tandem.”

CubicPV is also in the process of looking for a location to build a new 10GW silicon wafer plant in the United States.

Challenges ahead

But all is not rosy yet! Perovskites still face many hurdles in terms of cost and durability. 

Lead halide perovskites are winning the race to be the best performing so far but researchers are still trying to formulate other compositions to avoid lead toxicity.

Martin Green, who heads the Australian Centre for Advanced Photovoltaics, told CNBCthat silicon-based tandem cells are likely to be the next big development in solar technology even though they currently do not work well enough outside the lab.

“The big question is whether perovskite/silicon tandem cells will ever have the stability required to be commercially viable,” told CNBCGreen.

“Although progress has been made since the first perovskite cells were reported, the only published field data for such tandem cells with competitive efficiency suggest they would only survive a few months outdoors even when carefully encapsulated.”

Will CubicPV be able to bypass this challenge and produce the tech the nation so desperately needs to make solar more viable and productive? Only time will tell.