"The era of spending one hour charging your car and another two waiting in line is coming to an end!"

 How can a single piece of rewrite automotive energy history?

01 | Invisible Power-Generating Layer

A 2.3-micron thin film embedded within the window interlayer boasts >80% light transmittance yet achieves a 18% power conversion efficiency → generating 0.8 kWh per square meter daily on average, equivalent to providing an extra 40 km of range for free every day.

02 | Unwavering Performance in Extreme Environments

During blizzards at -35°C in Mohe, 12 hours of parking-generated electricity supported cabin pre-heating, reducing AC startup time by 70%.

In -50°C frozen ground tests in Yakutsk, Russia, a 4.2 sqm roof glass panel generated 3.2 kWh daily, robustly extending range by 50 km.

 03 | Symbiosis of Aesthetics and Functionality

Supports customizable colors and light transmittance. The sunroof can intelligently adjust its tint based on light intensity. Body glass integrates seamlessly with metal paint, maximizing tech appeal while rejecting "patchwork" design.

How far are we from generating power across the entire vehicle? Industry experts suggest: a more realistic path currently is small-scale application, such as powering in-car refrigerators or ambient lighting, or integrating with charging canopy roofs and photovoltaic roads to build a "mobile charging network".

With technological iterations and policy support, power-generating glass is expected to see large-scale application in the automotive field, helping the new energy vehicle industry reach new heights and bringing more possibilities for green transportation. Perhaps before long, the streets will be filled with cars "charging while driving"!