World · India Bureau
Transparent solar panels in windows could revolutionise home power generation
Window glass embedded with solar technology could transform buildings into power-generating structures. The emerging innovation of transparent solar panels promises to address energy needs while maintaining the aesthetic function of windows.
LSN India ·

A new generation of transparent solar panels is poised to turn ordinary window glass into electricity-generating surfaces, a development that remains largely unknown to most households across India. Unlike conventional rooftop solar installations, these innovative panels allow light to pass through while simultaneously converting solar energy into usable power.
Transparent solar panels operate on a different principle than traditional photovoltaic systems. Rather than using silicon-based cells that block visible light, these panels employ organic photovoltaic materials or perovskite compounds that absorb infrared and ultraviolet radiation while allowing visible light through. This dual functionality enables windows to maintain their primary purpose of providing visibility and natural light while generating electricity in the background.
The technology works by filtering out specific wavelengths of sunlight that are invisible to the human eye and converting them into electrical current. The generated power can be stored in battery systems or fed directly into a home's electrical grid, potentially offsetting a significant portion of energy consumption. Researchers suggest that widespread adoption could substantially reduce dependence on grid electricity in residential and commercial buildings.
Industry experts believe transparent solar panels could reshape India's energy landscape, particularly in urban areas where space constraints limit conventional solar panel installation. If the technology achieves commercial viability and cost-effectiveness, buildings could become self-sufficient energy producers without compromising architectural design or natural lighting. However, challenges remain regarding efficiency rates, manufacturing scalability, and long-term durability in India's varied climate conditions.