The company is suing Genesem, a South Korean equipment manufacturing partner, for using Solaria’s technology outside of agreements.
Scientists led by Brown University have developed perovskite solar cells, which replace the toxic lead common to many of these material structures with titanium. The researchers say that with further optimization, the material could eventually be ideal for use as a tandem cell layer.
By doing the research, the partners hope to discover how solar and plant life interact and find effective ways for solar arrays and agricultural lands to co-exist.
A team from the U.S. National Renewable Energy Laboratory (NREL) has developed a novel microscopic technique, which enables them to observe degradation in perovskite materials at the nano-scale and pinpoint key areas to improve the stability and durability of the material.
A team from the University of Massachusetts, Amherst (UMass) have developed a polymer based energy storage system, which releases energy on demand as heat. The scientists say that their system utilizes a polymer chain ‘organized like a string of Christmas lights’ and can achieve more than double the storage density of previous polymer based systems.
A recent article in Bloomberg View illustrates clearly the mythology and misinformation that abounds regarding renewable energy, which in many cases is spread by the media.
The International Energy Agency has released a manual for policy makers on the issues involved in the large scale integration of solar and wind power into power grids.
Despite some fears that the Department of Energy might stop funding solar research under the leadership of Secretary of Energy Rick Perry, the department continues to provide money for solar research.
After Congress allocated $91 million to the research program, the Department of Energy withheld it. The Government Accountability Office says that violated federal law.
Research funded by the US Department of Energy and conducted by the University of Virginia has demonstrated how the rotation of organic molecules in hybrid organic–inorganic perovskites may expand the lifetime of photo-excited charge carriers.
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