General manufacturing
Heat ventilation and replacement air across high-volume production floors and industrial facilities.
INDUSTRIES & APPLICATIONS
Solar air heating for industrial operations.
Applications for facilities that consume energy to heat ventilation air or process air.
SECTORS & USE CASES
One technology. Different heating demands.
Explore where solar air preheating may reduce conventional heat demand. Final suitability depends on site climate, installation area, air temperatures, ventilation requirements and operating hours.
Automotive & paint shops
Preheat outside air for paint booths, flash-off areas, assembly buildings and heated make-up air.
Aerospace & defence
Support ventilation and temperature-controlled air requirements in aerospace manufacturing and specialist production.
Home appliances
Reduce conventional heating demand in appliance assembly, coating and metal-processing facilities.
Food & beverage
Preheat fresh air for production, wash-down ventilation and selected drying operations where process temperatures allow.
Building materials
Support controlled ventilation and suitable process-air heating in ceramics, glass and building-product manufacturing.
Tobacco drying & processing
Use solar preheated air in relevant tobacco preparation and drying workflows, subject to process and hygiene requirements.
Packaging & printing
Improve fresh-air heating for printing, packaging production and suitable drying or air-replacement processes.
Hospitals & healthcare
Support energy-efficient fresh-air preheating in healthcare buildings where air-handling and hygiene rules permit integration.
Warehousing & logistics
Preheat incoming ventilation air in logistics hubs, warehouses and distribution buildings.
Commercial & institutional
Lower heating energy demand for selected institutional and commercial fresh-air systems.
FROM INDUSTRY TO PROJECT
Engineering starts with your facility.
First assess the use case
Climate and solar irradiation, south-facing façade or roof availability, operating hours, air volume and target temperatures.
Then model useful heat
Annual and seasonal production demand, expected solar contribution, integration requirements and project-specific emissions savings.