Solskin provides a climate‑adaptive building envelope that integrates photovoltaic panels with AI‑controlled, soft‑robotic shading modules. The system continuously optimizes panel orientation for solar generation and glare reduction, cutting building energy use by up to 80 % while improving indoor comfort, and can be prefabricated for new construction or retrofitted onto existing façades.
Funding
Funding not disclosed
Founders
Product
Problem
Buildings consume large amounts of energy for heating, cooling, and lighting, and traditional static façades cannot adapt to changing weather conditions or occupant needs, leading to high operational costs and reduced indoor comfort.
Solution
Solskin offers a climate‑adaptive building envelope that combines photovoltaic (PV) energy generation with dynamically moving shading panels. An AI‑driven control system continuously monitors weather data, building energy demand, and user preferences to adjust panel orientation for optimal solar capture and glare reduction. The modular, prefabricated panels can be installed on new constructions or retrofitted onto existing façades, integrating seamlessly with building management systems. By synchronizing solar tracking with intelligent shading, the system can lower overall building energy consumption by up to 80 % and increase on‑site PV output by up to 40 % in simulated scenarios. The solution provides a durable, low‑maintenance façade that enhances occupant comfort while delivering renewable electricity and reducing carbon emissions.
Target Audience
Primary customers are architects, developers, and building owners of commercial, institutional, residential, and industrial projects seeking to improve energy efficiency and indoor comfort through integrated façade solutions.
Features
- AI‑controlled solar tracking and adaptive shading that automatically balances daylight, heat gain, and PV output
- Soft robotic actuators powered by compressed air, enabling lightweight, weather‑resistant movement without traditional electric motors
- Prefabricated modular panels compatible with both opaque and glazed surfaces, suitable for new builds and renovations
- Integrated PV cells within the façade panels, delivering on‑site renewable electricity while maintaining aesthetic uniformity
- Compatibility with building automation systems (BMS) for manual override, scheduling, and data analytics
- High‑durability construction resistant to UV, corrosion, and extreme weather, ensuring decades of reliable operation