Hello solar enthusiasts!
I can’t help but feel thrilled as I share the recent findings of the IEA Photovoltaic Power Systems Programme’s (IEA-PVPS) report on solar panel recycling. As we strive to build a green future, it gets even better when we know that a realm beyond solar installation – solar panel recycling – is broadening and developing rapidly. Isn’t it fantastic when we realize we’re part of an ecosystem which not only generates, but meticulously manages its own waste?
The latest IEA-PVPS report is like an encyclopedia of technologies ringing in this segment of the solar industry, covering traditional mechanical recycling while grazing upon trailblazing techniques such as light pulse treatment and water-jet cleaning. The fact that these methods are beginning to surface at this pace is testament to the growth of solar companies and the belief that they have in sustainable solar power.
One impressive feature of the report is the comment about the increase in the number of dedicated PV recycling companies – from a mere 25 in 2017 to a whopping 177 now. This is a testament to the industry’s growth around recycling as solar becomes more mainstream. If you’ve ever explored solar panels for your home and had questions about their lifecycle, you’ll understand why this is such a critical development.
Among various methods of recycling, mechanical methods, although established, still have room for significant improvements. Refined techniques like water-jet cleaning and chemical methods are on the horizon. As someone considering or already owning a solar array for home, this information about managing end-of-life solar panel should give you a sense of relief about contributing to a circular economy.
Interestingly, the report shows a significant surge in patent activity around PV recycling technology, suggesting that companies in this domain are tirelessly exploring innovative methods to make PV recycling more efficient and effective. Solar companies leading the way in this race are not only setting examples but are also challenging others to come up with superior solutions.
Finally, the report also points out that several countries are turning their attention towards solar waste policies. This is a clear indication that national governments are recognizing the importance of comprehensive lifecycle management of solar installations for an eco-friendly future.
However, despite the evident growth of end-of-life solar PV recycling, we must acknowledge that it’s still in its nascent stage. Yes, we have come a long way from where we began, but we’re far from the finish line. This journey, as I see it, will continue to evolve, thanks to the many creative geniuses working tirelessly in a myriad of solar companies. Our passionate pursuit of a circular economy where solar panels power our homes and the waste they produce is managed optimally, is indeed a compelling ambition. Let’s keep faith in this vision and strengthen our commitment towards the cause.
Remember, your decision to install a solar array for home is not only about utilizing sun’s energy. It’s also about participating in a process where the lifecycle of your solar panel is cared for.
Happy solar-ing!
Original Articlehttps://pv-magazine-usa.com/2024/07/15/iea-pvps-identifies-456-patents-in-pv-module-recycling/
