SOLARCYCLE

A solar panel installed in 2010 is now middle-aged. Somewhere in West Texas, a flatbed pulls into a yard in Odessa stacked with panels that spent fifteen years turning Sun into electricity and have nothing left to give. Most of the world has no plan for that truck. SOLARCYCLE built its entire business around it.

Inside the facility, the panels are not buried and they are not shredded into worthless dust. They are taken apart. Glass, aluminum, copper, silicon and a thread of silver are pulled out, sorted, cleaned and sent back into the supply chain. By the time the yard closes for the day, the company says it has recovered more than 95% of the value that was sitting on that flatbed.

SOLARCYCLE is a six-figure-panels-a-year recycler with a global headquarters in Mesa, Arizona, plants in Texas and Georgia, and a customer list that reads like a who's-who of American solar. It is, in other words, the unglamorous back end of an industry obsessed with its front end.

Clean energy has a dirty afterlife

Here is the uncomfortable arithmetic. The world has installed solar at a staggering pace, and panels carry a working life of roughly 25 to 30 years. The boom that started in the 2010s is, mathematically, a retirement wave that arrives in the 2030s. Tens of millions of panels in the United States alone will stop producing power within the decade.

For years the default answer was the landfill - cheap, fast and quietly embarrassing for an industry that sells itself on sustainability. Panels contain glass and aluminum worth recovering, small amounts of valuable silver and copper, and trace materials nobody wants leaching into soil. Burying them wastes the good and risks the bad.

The deeper problem is supply. Solar manufacturing depends on materials and minerals, and the U.S. has spent years worrying about where those come from. Every panel sitting in a landfill is a domestic supply source the country chose to throw out. SOLARCYCLE's founders looked at that and saw an obvious question that nobody had answered at scale: why mine new when you can recover old?

Three people who knew solar from the inside

SOLARCYCLE launched in 2022, and its founding team was not made up of outsiders. Suvi Sharma had already co-founded Solaria and Nextracker, two well-known names in solar. He knew how panels are built, sold and financed, which meant he also knew the one part of the story the industry kept skipping. He became CEO.

He did not do it alone. Jesse Simons, a former National Program Director at the Sierra Club, joined as Chief Strategy Officer - the policy and movement brain. Pablo Ribeiro Dias, a photovoltaic recycling expert and engineering lecturer at the University of New South Wales, came in as CTO to handle the part that actually matters: the science of pulling a panel apart profitably.

The bet was simple to state and hard to pull off. Recycling solar panels was technically possible but rarely worth the trouble. SOLARCYCLE wagered that with patented technology and real scale, recovery could be turned from a cost into a business - one that pays for itself by selling back what it pulls out. Investors agreed. An early seed round in 2022 drew the SolarCity founders Peter and Lyndon Rive, among others.

Not a landfill. A disassembly line.

What SOLARCYCLE actually sells is closer to logistics than to a single machine. A solar developer with a field of retired panels calls; SOLARCYCLE handles the pickup, the transport, the tracking and the paperwork, then runs the panels through a patented process that separates the materials and recovers the valuable ones. The customer gets a problem taken off their hands and a report they can hand to their own sustainability team.

The genuinely new part is what happens to the glass. Glass is the heaviest thing in a panel and the most boring, which is exactly why it usually loses the recycling argument - too cheap to bother with. SOLARCYCLE's answer was to stop treating it as scrap and start treating it as feedstock. The company is building a factory in Georgia to turn recovered material into new specialty glass for crystalline-silicon panels - the kind of glass the U.S. mostly imports.

That is the move that separates SOLARCYCLE from a scrap yard. A scrap yard ends a product's life. SOLARCYCLE is trying to make the end of one panel the beginning of the next, on the same campus, in the same country. The Georgia site pairs recycling capacity for 10 million panels a year with the ability to manufacture roughly 5 to 6 gigawatts of solar glass.

The numbers, and the names that signed

It is easy to announce a circular economy. It is harder to publish a tonnage. SOLARCYCLE does the second thing. In 2024 it reported recycling 480,406 panels, diverting more than 28 million pounds of waste from landfills, and preventing nearly 13.8 million kilograms of carbon emissions. That same year its workforce grew 110% and its recycling capacity jumped 228%.

Then there are the names. SOLARCYCLE says it has signed long-term partnerships with more than 40 of the largest solar companies in the country, including developers like EDF Renewables, Orsted, AES Corporation and Silicon Ranch. Its deal with manufacturer Qcells was billed as the first of its kind in the U.S. between a major panel maker and an advanced recycler - both sides aiming to recover up to 95% of a panel's value.

The Georgia campus carries a number worth sitting with: it is designed to handle an estimated 25 to 30% of all the solar panels expected to retire in the United States in 2030. One company, one state, a quarter of a national problem.

Mining without the mine

Strip away the press releases and SOLARCYCLE's mission is a single idea: make solar circular. Recover, refurbish, reuse and recycle so that the materials already above ground - already mined, already shipped, already paid for - keep working instead of starting over. It is an environmental argument and a supply-chain argument at the same time, which is why investors who care about neither sustainability nor sentiment still write checks.

There is a quiet honesty to the company's framing. It does not claim to make solar perfect. It claims to close the one loop the industry left open. The founders spent their careers on the front end of solar; SOLARCYCLE is their argument that the back end deserves the same engineering, the same capital and the same ambition.

The wave is still coming

The retirement wave SOLARCYCLE was built for has barely started. The big numbers - the tens of millions of panels - land in the 2030s. Whether that wave becomes a landfill crisis or a domestic supply source depends on whether companies like this one can scale fast enough to meet it. SOLARCYCLE's own target is telling: nearly a million panels recycled in 2025, and the capacity to do twice that the year after.

There are risks. Recycling economics are thin, glass is heavy, and a circular supply chain only works if enough of the industry actually sends its panels in rather than burying them quietly. SOLARCYCLE is making a bet that the math, the regulation and the customer pressure all bend the same direction. So far the trucks keep arriving.

Which brings us back to Odessa. That flatbed of fifteen-year-old panels would once have been a disposal fee and a guilty conscience. Now it is inventory. The glass becomes glass again, the silver and copper go back to work, and the panel that spent its life making clean power gets to do one more useful thing: become the next one. SOLARCYCLE didn't make solar clean. It is making sure it stays that way to the end - and then past it.