Full-Screen PV Modules Steal the Spotlight at PV EXPO 2025 in Tokyo

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During the exhibition, DAH Solar's globally patented Full-Screen PV Module was unveiled and its innovative and unique frameless design attracted visitors' attention.

The groundbreaking Full-Screen PV Modules from DAH Solar marks a revolutionary leap in solar technology, delivering unprecedented efficiency and operational benefits to the renewable energy sector. Its unique frameless design prevents water retention and dust buildup, reducing cleaning and maintenance costs by up to 50%. This innovative design maximizes power generation by 6-15%.

Full-Screen PV modules have always been high on design aesthetics. Colored PV modules and personalized customization services in more colors, fully satisfy the aesthetic and personalized needs of different customers.

Japan exhibits significant demand for photovoltaic products as a key player in the global photovoltaic market. DAH Solar Japan Branch has closely monitored local industry trends, understood market characteristics, and built strong partnerships with numerous clients. DAH Solar's Full-Screen PV Modules have been widely implemented in various projects across Fukuoka, Okayama, Iwate, and other regions, earning acclaim for their exceptional weather resistance and power generation performance. Moving forward, DAH Solar will continue to delve into the specific needs of the Japanese market, offering more personalized, differentiated, and localized Full-Screen PV Modules and application solutions to cater to diverse project requirements, thereby further expanding its presence in the growing Asia-Pacific market.

In recent years, DAH Solar has actively developed photovoltaic grid-connected solutions adapted to industrial, commercial, and household scenes. In addition to high-quality PV modules, DAH Solar also launched the integrated PV system SolarUnit, energy storage, and other innovative products and business services. DAH Solar is ready to work closely with global partners to unlock a sustainable future.