Case Analysis

Hydronic heating and cooling is rapidly reshaping North America’s HVAC—driven by tighter energy codes, the R410A phase-out, and the rise of air-to-water heat pumps. This blog explains why water-based distribution, heat recovery, and thermal storage cut peak demand, lower costs, and future-proof buildings.

This blog presents a decarbonisation example of a large industrical building, by the means of semi-renewable energy. It shows a case of substituting natural gas with Low Temparture Hot Water produced by Heat Pump System.

This blog presents a more sustainable energy source for snow melting outdoor surfaces in winter. When responsibly designed, snow melting system can use renewable and semi-renewable energy sources, which help reduce cost and green house gases emissions.

This blog presents a recipe for a Off-The-Grid living using a combination of solar thermal, solar hybrid PVT, solar PV and Air to Water Heat Pump while mainting the same comfort level as in a big city.

This blog briefly explains the amount of Domestic Hot Water an Air to Water Heat Pump can produce taking into account climate and demographic factors.