Asoleyo Architectural Solar designs aesthetically pleasing solar panels by incorporating principles of symmetry, rhythm, and line. Their solar panels aim to seamlessly integrate into building designs, offering an alternative to traditional, less visually appealing solar solutions.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional solar panels often have a utilitarian appearance that clashes with architectural aesthetics, limiting their adoption in visually sensitive environments and high-visibility areas. This lack of design integration can make solar energy a less desirable option for building owners and developers focused on maintaining a specific aesthetic.
Solution
Asoleyo Architectural Solar designs decorative solar cells by applying artistic principles to the metallization patterns on silicon. These designs transform standard photovoltaic grids into visually appealing patterns that can be customized for various shapes and sizes. The resulting solar cells can be combined and rotated to create large-scale decorative patterns, similar to ceramic tiles, enhancing the visual appeal of solar installations. Asoleyo's approach allows for seamless integration of solar technology into building designs and landscapes, making solar energy a more attractive and desirable option for architects and property owners. The company licenses its designs to existing solar cell and module manufacturers, enabling them to offer higher-margin, aesthetically pleasing solar products without significant capital investment.
Target Audience
Asoleyo's primary customers are solar cell and module manufacturers, architects, building developers, and property owners seeking aesthetically pleasing solar energy solutions for integration into building designs and landscapes.
Features
- Custom design of metallization patterns on silicon solar cells, incorporating symmetry, rhythm, and line.
- Ability to create solar cells of any shape or size using existing manufacturing equipment and processes.
- Designs that transform utilitarian solar grids into decorative patterns.
- Capability to combine and rotate solar cells to form large-scale patterns.
- Licensing of designs to existing solar cell and module manufacturers.