Solar panel waste yields silica nanoparticles for battery anodes
AI Summary
Researchers produced silica nanoparticles from discarded solar-cell powder and tested them in lithium-ion battery anodes. Laboratory results indicate the material can increase the capacity of graphite anodes, linking solar-panel waste recycling with battery-material research.
Silica nanoparticles made from end-of-life solar cell powder have raised the capacity of graphite lithium-ion battery anodes in laboratory tests. The post Solar panel waste yields silica nanoparticles for battery anodes appeared first on pv magazine Global.
AI & Tech Commodities Energy solar-panel waste silica nanoparticles battery anodes lithium-ion batteries recycling graphite clean energy