SoleaHeat designs and manufactures large‑scale, small‑footprint thermosolar collectors and integrates zero‑emission plants that deliver heat up to 300 °C and cooling down to –20 °C for industrial, commercial and residential users. Their platform centralizes management of distributed solar‑thermal assets, enabling customers to replace fossil‑fuel heating and cooling with sustainable, low‑cost energy solutions.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial processes, water treatment facilities, and building HVAC systems rely heavily on fossil‑fuel‑based boilers and chillers, resulting in high carbon emissions and exposure to volatile energy prices. The lack of scalable, medium‑temperature solar thermal solutions limits the ability of these sectors to meet ESG targets and reduce thermal demand from non‑renewable sources.
Solution
SoleaHeat designs and manufactures large‑scale medium‑temperature solar collectors that can be integrated into distributed energy plants. These plants deliver zero‑emission heat up to 300 °C and cooling down to –20 °C, covering the temperature range required for most industrial processes, water‑treatment operations, and building climate control. The company provides a turnkey solution that includes collector fabrication, plant integration, and a centralized management platform to monitor performance and optimize energy dispatch. By monetizing the supplied thermal energy, SoleaHeat enables customers to offset operational costs while achieving sustainability goals and complying with ESG criteria.
Target Audience
Primary customers are industrial manufacturers, water‑treatment operators, and commercial real‑estate owners seeking low‑carbon thermal energy for process heating, hot water, and HVAC cooling.
Features
- Patent‑protected, large‑area solar collectors optimized for 20 °C
- 300 °C operation
- Integrated plant design that combines heat generation and chillers for simultaneous hot and cold supply
- Centralized digital platform for real‑time monitoring, control, and performance analytics of distributed plants
- Ability to monetize generated thermal energy through feed‑in or energy‑service contracts
- Scalable modular architecture suitable for industrial sites, water‑treatment plants, and commercial building complexes