Transparent Solar Cells Set to Transform Smart Infrastructure: Novatrends Releases In-Depth Market Research Report

San Francisco

Novatrends Market Intelligence is excited to announce the release of its latest in-depth report, “Transparent Solar Cell Market Size, Share & Trends, By Material (Organic, Perovskite, Thin Film), By Application (BIPV, Automotive, Electronics, Agriculture), By Region, And Segment Forecasts, 2025–2032.” As sustainability and smart design increasingly shape the future of urban landscapes, transparent solar cells (TSCs) are emerging as a revolutionary solution, converting everyday glass surfaces into clean power generators.

Transparent solar cells allow light to pass through while harnessing invisible portions of the solar spectrum—such as ultraviolet and infrared light—for electricity generation. Unlike conventional opaque solar panels, they enable seamless integration into windows, facades, sunroofs, and electronic displays, delivering power without compromising aesthetics. With global ambitions toward net-zero buildings and sustainable transportation, the demand for invisible energy-harvesting solutions is rapidly growing. The report presents detailed insights into market dynamics, segmented forecasts, competitive benchmarking, and emerging trends.

Recent product launches have reshaped the market landscape. In April 2025,Ubiquitous Energy introduced UE Power™ 2.0, a highly transparent solar window solution with over 80% visible transparency, optimized for commercial buildings. Physee, a Netherlands-based innovator, launched the PowerWindow Automotive Edition in February 2025, enabling electric vehicles to harness solar power through sunroofs. Meanwhile, SolarWindow Technologies in the U.S. completed prototype testing for solar glass installations on skyscrapers, cutting lighting and HVAC energy loads by more than 35%.

Research and innovation continue to drive performance breakthroughs. Scientists at MIT developed a dual-layer perovskite transparent cell with 14.1% efficiency and over 70% transmittance. UCLA’s nanotechnology team has pioneered infrared-sensitive quantum dots for solar capture during low-light conditions, aimed at indoor IoT charging solutions. The European Union’s GreenGlass Project, funded with USD 30 million under the Horizon Europe initiative, is working on commercializing nanomaterial-based solar coatings, enhanced by AI-led materials optimization.

Leading companies shaping the market include Ubiquitous Energy (USA), Heliatek GmbH (Germany), SolarWindow Technologies (USA), Physee (Netherlands), and Brite Solar (Greece), among many others. The report also includes profiles of over 20 innovative players, their product pipelines, and market positioning.

This extensive study from Novatrends Market Intelligence covers key market metrics, technology landscape, SWOT and Porter’s Five Forces analysis, patent activity, and region-specific opportunity assessment. It also provides strategic recommendations for stakeholders seeking to capitalize on this fast-growing market.