Wing Solar
Wing Solar
Tokyo is not just Japan's political capital; it is the global heartbeat of advanced material science and sustainable urban planning. As the Tokyo Metropolitan Government pushes toward a "Zero Emission Tokyo" by 2050, the demand for thin-film solar technology has skyrocketed. Unlike traditional, heavy crystalline silicon panels, thin-film modules offer the flexibility and lightweight profile essential for Tokyo's dense architecture.
Building-Integrated Photovoltaics (BIPV) is transforming Tokyo's skyline. Our CdTe transparent panels are increasingly utilized in Shinjuku and Ginza office towers, replacing standard glass with energy-generating skins that don't compromise aesthetic transparency.
Tokyo's research clusters are currently leading the transition from Amorphous Silicon to Perovskite and high-efficiency CdTe. Our factory partnerships leverage this local R&D to ensure every module meets the rigorous efficiency standards required by Japanese industrial giants.
Starting in 2025, Tokyo will mandate solar panels for new homes. Thin-film technology is the preferred choice for residential developers due to its ease of installation on the unique, often curved, rooflines of modern Tokyo dwellings.
We offer a wide range of products for residential, commercial and industrial applications, and utility-scale. We are committed to utilizing the most advanced technologies and maintaining the highest quality standards in the design, manufacturing, and delivery of our solar panels.
Design: standard | Efficiency: 22.77%
Warranty: 30 years
Design: standard | Efficiency: 22.84%
Warranty: 30 years
Design: bifacial | Efficiency: 22.70%
Warranty: 30 years
Tokyo often experiences overcast days and high humidity. Thin-film panels, particularly CdTe (Cadmium Telluride), perform significantly better than crystalline silicon in low-light and high-temperature conditions. This ensures a more stable energy yield across the four seasons of the Kanto Plain.
In a region prone to seismic activity, reducing the "dead load" on rooftops is critical. Our thin-film modules are up to 90% lighter than glass-based traditional panels, making them the safest choice for Tokyo's commercial warehouses and historic retrofitting projects.
Modern Tokyo architecture demands minimalism. Our flexible thin-film solutions can be laminated directly onto curved metal roofs or integrated into curtain walls, providing a "hidden" energy source that respects the design vision of architects.
With nearly 20 years in the solar industry, Wing has evolved from a specialist manufacturer to a global leader in N-Type and Thin-Film innovation.
In nearly two decades, we’ve cultivated a deep understanding of solar technologies, trends, and advancements.
Current capacity of 3GW, scaling to 10GW by 2026 in our state-of-the-art Industry 4.0 facilities.
Stable, Tier 1 manufacturing quality with strong warranties, making us a trusted choice in the Tokyo market.
Steady growth since 2005, employing experts across Asia and Europe to drive PV innovation.
Actively serving a global customer base across 90+ regions with clean energy solutions.
Committed to making clean energy accessible and preserving the environment for future generations.
The vast warehouses around the Tokyo Bay area are ideal for our lightweight flexible panels. These structures often have load-bearing limits that exclude heavy silicon panels, making thin-film the only viable solution for large-scale solar harvesting.
In districts like Minato and Chuo, thin-film is being integrated into bus shelters, smart poles, and EV charging stations. Our small-sized custom modules provide the precise voltage needed for IoT sensors and public lighting.
The "Glass City" of Marunouchi is a prime candidate for our semi-transparent CdTe modules. By replacing traditional windows with energy-generating glass, Tokyo office buildings can significantly reduce their carbon footprint while maintaining natural lighting.
Contact our expert engineering team today for a customized thin-film solar solution designed for the Japanese market.
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