Ultrathin low-temperature-coated flexible perovskite solar-cell film
Perovskite solar-cell film using a wet, low-temperature coating process on ultrathin glass or film substrates for lightweight and flexible applications.
Problem solved
Enables power generation on surfaces where rigid modules or high-temperature processing are constrained by weight, curvature, or installation conditions.
Application contexts
- Low-load roofs and walls
- Wearable and IoT devices
- Mobility surfaces
- Indoor and low-light power
- Special-environment power
Technical principle
A wet-process perovskite coating forms a uniform ultrathin film at low temperature; ultrathin glass or polymer film substrates provide a lightweight and flexible cell architecture, with a future roll-to-roll production route stated by the company.
Typical use cases
- Lightweight power on low-load building surfaces
- Flexible power sources for wearables and IoT
- Curved mobility or special-environment surfaces
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: required active area and substrate · weight and bending-radius envelope · indoor/outdoor irradiance profile · target lifetime and test standard · annual volume and integration method
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- Source: Technology - ENECOAT TECHNOLOGIES
- Original language: EN
- Summary AI-assisted; translation status: Unreviewed