SolarMantle provides a passive coating that reflects solar radiation and enhances radiative heat loss to lower equipment surface temperatures by up to 42.8 °F below ambient without any power input. By reducing peak operating temperatures, the material lessens thermal stress, extends the life of cooling systems, and can cut cooling energy costs by up to 50 % for high‑heat facilities such as power plants, data centers, defense platforms, and industrial processing.
Funding
Funding not disclosed
Founders
Product
Problem
Cooling systems in high‑heat, high‑demand environments often operate at peak capacity, leading to accelerated component wear, increased downtime, and elevated energy costs. Excessive surface temperatures can cause thermal stress that shortens equipment life and pushes energy consumption for cooling to as much as half of total usage.
Solution
SolarMantle offers a passive cooling material that can be applied to equipment surfaces to achieve sub‑ambient temperature reductions of up to 42.8 °F without any external power. By reflecting solar radiation and enhancing radiative heat loss, the material lowers peak operating temperatures, reducing thermal stress on components. The resulting cooler surfaces extend the service life of cooling systems and associated hardware, while also cutting operating costs by up to 50 % due to lower cooling energy demand. Because the technology is passive, it requires no installation of active refrigeration or electricity, making it suitable for energy‑intensive sectors such as power generation, data centers, defense platforms, and industrial processing.
Target Audience
Primary customers are operators of high‑heat facilities—including power plants, data centers, defense systems, and heavy‑industry equipment manufacturers—who need to improve reliability and reduce cooling energy costs.
Features
- High‑performance passive coating that reflects solar heat and promotes radiative cooling
- Achieves surface temperature reductions of up to 42.8 °F (≈24 °C) below ambient
- Zero‑power operation eliminates additional electricity consumption
- Compatible with existing equipment and infrastructure; can be applied as a retrofit layer
- Proven durability for high‑heat, high‑stress environments typical of energy, defense, and industrial applications