Beyond Silicon: Three Thin-Film Solar Technologies Shaping a More Sustainable Future
Three thin-film solar technologies progressing sustainability
Category: Sustainable Living
Fish show us to how to stop microplastics at source
Fish show us how to stop the source of microplastics polluting water
Heterojunction Solar: for Higher Efficiency
What is Heterojunction solar?
A Breakthrough That Turns Methane Into Clean Hydrogen and High-Value Materials
Making methane into hydrogen
A quiet breakthrough in solar reliability — and why it matters for the clean-energy transition
Understanding why the dominant solar panel technology is on top.
Smarter Hydropower: How Advanced Control Could Regulate Flow
Consistent hydropower with smart gear changing
Revolutionary Hydrogen Production Approach uses Polymers in Place of Metals
Revolutionary Hydrogen Production Approach uses Polymers in Place of Metals
Hot Energy Ideas for Cold Climes
Living more sustainably in the North
Thin-Film Solar made with CdTe or CIGS is Durable, Flexible and Versatile
While silicon has dominated solar power for years, thin-film photovoltaic technologies offer a compelling alternative. Two of the better-known thin films are Cadmium Telluride (CdTe) and Copper Indium Gallium Selenide (CIGS). What thin-film is In place of thick silicon wafers, CdTe and CIGS use layers of semiconductor material just a few micrometres thick, deposited onto … Continue reading Thin-Film Solar made with CdTe or CIGS is Durable, Flexible and Versatile
Microplastics meet Climate Change
Ocean microplastics cause climate change
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