Verde Technologies, a startup specializing in perovskite-based solar panels, is pivoting its commercial strategy from rooftop installations to space applications. The company is betting that its thin-film photovoltaic material can help meet the growing energy demands of orbital data centers and large satellite constellations, marking a significant shift in its initial business plan.
Perovskite solar cells have attracted considerable attention in recent years due to their potential for high efficiency, low production costs, and flexibility compared to traditional silicon-based panels. Verde Technologies had originally aimed to bring its lightweight, flexible panels to the residential and commercial rooftop market. However, the company now sees a more immediate and viable opportunity in the space sector, where the need for compact, efficient power sources is accelerating alongside the rapid expansion of satellite networks.
The decision comes as the number of satellites in low Earth orbit continues to climb, driven largely by mega-constellations for communications and Earth observation. According to recent data, the total number of active satellites has reached approximately 14,000, with inactive satellites and debris bringing the count to around 32,000. SpaceX's Starlink network dominates this growth, but other companies and nations are also planning large constellations. Verde Technologies aims to provide power solutions for these orbital platforms, where weight, durability, and efficiency are critical.
Perovskite materials offer several advantages for space use. They can be manufactured as thin, flexible sheets that are lighter than conventional solar panels, reducing launch costs. They also perform well in low-light conditions and can be engineered to withstand the harsh radiation environment of space. However, challenges remain, including long-term stability and scalability of production. Verde Technologies is working to address these issues through proprietary encapsulation and manufacturing processes.
The pivot to space also reflects broader trends in the aerospace industry, where private companies are increasingly developing infrastructure for orbital data processing and satellite-based services. Orbital data centers, which would process data in space to reduce latency and bandwidth demands on ground networks, require reliable power sources. Solar energy is the primary option for such facilities, and advanced photovoltaic technologies like perovskites could offer significant performance improvements over current systems.
While Verde Technologies refocuses its efforts, the rapid proliferation of satellites has raised concerns among astronomers and environmental groups. A recent study published in Astronomy & Astrophysics warns that proposed mega-constellations, including those for space-based data centers, could severely impact ground-based astronomical observations. The study, led by Olivier Hainaut of the European Southern Observatory, found that if SpaceX proceeds with plans to launch up to one million satellites for orbital data centers, hundreds of satellites would be visible for most of the night, with some moments showing thousands—comparable to the number of stars visible to the naked eye under good conditions.
Other proposed constellations, such as E-Space's Cinnamon network and Chinese projects CTC-1 and CTC-2, would add hundreds of thousands more satellites. Additionally, a startup called Reflect Orbital aims to deploy up to 50,000 large mirror-like satellites by 2035 to reflect sunlight to Earth at night, which could make them the brightest objects in orbit and further disrupt night sky observations. Hainaut's calculations indicate that such satellites could appear four times brighter than the full moon when viewed from within their reflected beams, and even outside those beams, each would be as bright as Venus.
Despite these challenges, the demand for satellite-based services continues to grow, driving innovation in power systems. Verde Technologies' shift to space represents a strategic bet that perovskite solar panels can overcome technical hurdles and become a key component of the orbital economy. The company is now focusing on partnerships with satellite manufacturers and space agencies to test and qualify its panels for spaceflight.
The move also highlights the evolving landscape of solar energy technology, where materials once considered laboratory curiosities are moving toward commercial deployment in specialized markets. If successful, Verde Technologies could help enable a new generation of satellites with greater power capacity, supporting applications from global internet coverage to Earth monitoring and space-based computing.
