The project focuses on developing an innovative absorber plate for solar thermal collectors and PV/T panels, aiming to replace existing absorber plates and improve the efficiency. These plates will improve energy efficiency, cut costs, and boost local production. Integration into PV/T systems will counter efficiency losses from temperature increases. Aligned with European energy initiatives, the project enhances global competitiveness.
The project aims to design, optimize and test an efficient, user-friendly boiler system that integrates with various heat sources, utilizing local resources. With a "Plug & Play" feature, it seamlessly operates with renewable energy like solar power and heat pumps, enhancing energy efficiency for environmental and user benefits.
This project focuses on developing an eco-friendly cooling system suitable for various sectors, integrating solar power to reduce reliance on grid electricity. We aim to improve efficiency, create cooling effect with sustainable methods, and address concerns like humidity control and refrigerant usage. This approach aligns with sustainability goals, contributing to a greener future.