Low-temperature coated flexible perovskite solar film
Coating-based perovskite photovoltaic thin-film technology intended to enable lightweight, flexible solar generation on film or ultra-thin-glass substrates.
Problem solved
Addresses power generation where conventional rigid, heavy photovoltaic modules are constrained by substrate weight, flexibility, or lower available illumination.
Application contexts
- Lightweight solar generation on film substrates
- Curved or weight-limited surface integration
- Indoor and low-illumination photovoltaic applications
- Mobility and wearable power supply concepts
Technical principle
The company describes forming a uniform thin-film structure through a coating-based low-temperature wet process. Its perovskite photovoltaic structure is presented as compatible with film or ultra-thin-glass substrates, enabling a lightweight and flexible device format.
Typical use cases
- Lightweight photovoltaic power for surfaces unable to carry conventional modules
- Flexible photovoltaic integration for curved or portable products
- Power harvesting in medium-to-low illumination environments
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: target substrate and curvature · required illumination profile · active area and output target · operating temperature and humidity · required lifetime and qualification standard · integration and encapsulation constraints
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- Source: Technology | EneCoat Technologies Co., Ltd.
- Original language: JA
- Summary AI-assisted; translation status: Unreviewed