AmberWave develops ultra-thin silicon (UTSi) solar cells and modules that are lightweight, flexible, and durable. This technology enables seamless integration into curved surfaces and diverse applications like building facades and vehicles, expanding solar energy adoption beyond traditional installations.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional solar panel installations are limited by their rigidity, weight, and susceptibility to damage, restricting their application to conventional rooftop and ground-mount configurations. This inflexibility hinders the widespread adoption of solar energy in diverse architectural and mobile environments.
Solution
AmberWave has developed Ultra-Thin Silicon (UTSi) solar cells and modules, a technology that offers significant advantages in weight, flexibility, and durability over conventional photovoltaic solutions. These thin-film cells are engineered for high efficiency and possess superior crack and impact resistance, enabling seamless integration into a wider array of surfaces. The UTSi technology allows for conformability to curved geometries, opening new avenues for distributed solar power generation in sectors previously underserved by rigid solar panels. This innovation expands the potential for solar energy capture by facilitating integration into building facades, vehicles, and portable power systems.
Target Audience
The primary target audience includes manufacturers and integrators in the construction, automotive, and aerospace industries, as well as providers of off-grid and portable power solutions.
Features
- Ultra-Thin Silicon (UTSi) photovoltaic technology
- High efficiency solar cell design
- Lightweight construction, approximately 90% lighter than traditional modules
- Enhanced crack and impact resistance for increased durability
- Flexible and conformable to curved surfaces
- Suitable for integration into building integrated photovoltaics (BIPV) applications
- Applicable for vehicle-integrated solar solutions
- Potential for use in aerospace and portable power systems