France Launches Push to Recycle Thin-Film Solar Panels

France is getting ahead of a looming solar panel waste challenge by finding recyclers who can handle specialized thin-film technology before mountains of outdated panels pile up.

Soren, the government-approved organization managing solar panel waste in France, just launched a search for companies that can recycle cadmium telluride and copper indium gallium selenide solar modules. These thin-film panels represent a small but growing slice of the solar industry, and until now, France hasn't had a dedicated way to process them when they reach the end of their lives.

The timing matters. A 2026 study commissioned by Soren estimates that France will need to process 770 tonnes of cadmium telluride panels in 2027 alone. That number jumps to 2,660 tonnes by 2030 and balloons to 15,000 tonnes by 2037.

Companies have until October 2026 to submit their interest. Once a recycling solution gets up and running, it will immediately tackle a 1,300-tonne batch of panels from German manufacturer Calyxo that's already waiting for processing.

The recycling systems don't need to handle only solar panels. They just need to be flexible enough to process modules from different manufacturers using the same core technology.

The Ripple Effect

This initiative does more than keep solar waste out of landfills. It creates a blueprint for managing clean energy infrastructure as it ages, ensuring that today's climate solutions don't become tomorrow's environmental problem.

France is essentially building the circular economy for solar energy before it desperately needs one. By establishing recycling capacity now, the country avoids the panic of dealing with thousands of tonnes of specialized waste with nowhere to send it.

The move also signals to solar manufacturers that end-of-life planning matters. As the renewable energy boom continues across Europe, other countries will likely watch France's model closely.

By 2037, France expects to process nearly 18,000 tonnes of thin-film solar panels annually. That's a lot of valuable materials like tellurium, indium, and gallium that could be recovered and returned to manufacturing instead of mined fresh from the earth.

France is proving that the green energy transition includes planning for what happens when the first generation of technology retires.