Green Energy Advancements: The Latest in Solar Energy R&Dby Lauren EverettExpert insights about the current landscape of solar energy research and examples of some of the DOE's areas of interest to improve the capabilities of solar power
NewsFloating Solar Panels Could Power Entire Countriesby Bangor UniversityWhile promising, further research into floating photovoltaics is needed
NewsNew Method Converts Solar Power and Waste into Hydrogenby University of Illinois at ChicagoThe new process can reduce the energy required to extract hydrogen from water by 600 percent
NewsReimagining the Future of Solar Energyby University of CambridgeStudy explores tweaking solar panel efficiency based on solar light concentration at different global locations
NewsCombination of Stressors Key to Testing Perovskite Solar Cellsby National Renewable Energy LaboratoryResearch reveals importance of simultaneous conditions to determine problem areas
NewsRecord-Breaking Tandem Solar Cell Now with Precise Scientific Explanationsby Helmholtz-Zentrum BerlinResearchers are the first to present a rigorous, peer-reviewed publication on the structure of tandem cells
NewsControlling Crystal Lattices of Hybrid Solar Cell Materials with Terahertz Lightby Fritz Haber Institute of the Max Planck SocietyPrecise control of atomic twist motions allows for novel means of designing solar cell material
NewsNew Study Reveals Potential for Extending Lifespan with Genetically Engineered, Solar-Powered Cellsby University of Rochester Medical CenterGenetically modified mitochondria can convert light into chemical energy that fuels cells
NewsEmerging Technology Allows Solar Panels and Agriculture to Coexistby University of Illinois College of Agricultural, Consumer and Environmental SciencesAgrivoltaics creates dual land usage, but has many legal and economic hurtles to overcome
NewsCooling Down Solar Cells, Naturallyby American Institute of PhysicsPhotovoltaics are more efficient when they operate at lower temperatures
NewsUltrathin Solar Cells Promise Improved Satellite Performanceby American Institute of PhysicsRadiation damage to photovoltaics in orbit can be reduced by making the cells thinner