Lawrence Berkeley Lab contributed expertise in both materials science and data analysis, with leading research at the Institute for Functional Materials for Sustainability.
Conducted a survey on renewable energy project delays and cancellations, finding community opposition as a top reason for project delays and cancellations.
Researchers from Lawrence Berkeley National Laboratory are collaborating with the University of Michigan team to investigate the self-improving properties of Si/GaN for hydrogen production.
US Department of Energy laboratory collaborating with University of Michigan to discover self-improving properties of Si/GaN material for enhanced efficiency and stability in solar hydrogen production.
The laboratory is participating in three new hydrogen fuel cell technology projects, co-leading two of them. It focuses on renewable energy conversion technologies such as hydrogen.
Recipient of $1.8 million grant to demonstrate electromagnetic and seismic data mapping of geothermal reservoirs to improve well placement and reduce costs.
Researchers at Lawrence Berkeley National Laboratory (LBL) in California have created a novel solar cell that can produce both electricity and hydrogen.
Conducted a study examining how electric vehicles could help resolve California's grid storage challenges and offset stationary energy storage investments.
Conducted a 2017 study on renewable energy curtailment in California, projecting that 7,800 gigawatt-hours of renewable energy will be curtailed by 2025.
Researchers at this institution have developed a new system that can generate fuel using solar power, converting fuel precursors into ethanol and ethylene.
A U.S. Department of Energy national laboratory where researchers developed a new graphene-wrapped magnesium nanocrystal material for enhanced hydrogen storage in fuel cells.
LBNL published reports on U.S. solar energy pricing trends and cost declines, providing data supporting the article's claims about falling solar costs.
