Energy‑Efficient Climate Control in Agrifood

From cold warehouses and distribution hubs to greenhouses, dairies, barns and drying lines, agrifood facilities spend a disproportionate share of energy just to keep temperature and humidity in check.

By applying our Thermal Transformer Modules as quasi-passive climate engines, we separate latent load from sensible load, recover low‑grade heat and feed it back into the process, feed the condensed pure water for reuse. This means cold rooms with less frost and fewer defrost cycles, greenhouses and barns that recirculate air instead of dumping heat and CO₂, and drying operations that follow precise humidity trajectories at much lower energy and emissions cost.

Energy Savings in Data Centers

Energy efficiency in data centers has become a critical priority as they account for up to 4% of global electricity consumption. Conventional cooling technologies are a major contributor to this high energy demand, relying heavily on electricity to dissipate heat generated by servers and computing equipment.

Our Thermal Transformer Module provides a breakthrough solution by reclaiming and repurposing the waste heat generated by data centers. Instead of relying on electricity-intensive cooling methods, our system utilizes this readily available thermal energy to drive cooling processes, effectively turning a byproduct into a valuable resource.

This approach enables data centers to significantly reduce electricity usage for cooling, cut operational costs, and lower their environmental impact. By integrating thermal reclamation and repurposing, operators can optimize energy efficiency while contributing to broader sustainability goals.