We can install Thermomax Solar Panels. Solar thermal technology transforms direct and diffuse solar radiation into useful heat using a solar collector.
In addition to domestic hot water, the vacuum tube collector can also provide central heating support for standard or underfloor heating and more specialised industrial hot water heating for high temperature applications and solar cooling.The panels are made in South Wales, so the carbon footprint on manufacture and delivery to North Wales is minimum.
Thermomax DF100
The Thermomax DF100 is a direct flow solar collector, which consists of a row of solar tubes and a highly insulated manifold. Heat transfer fluid is circulated in a coaxial manner through the manifold and tubes. The vacuum inside each tube provides perfect insulation and therefore protects the system from outside influences such as cold and windy weather or high humidity.This vacuum insulation also ensures that the energy collected from the sun is very efficiently and effectively transferred into usable heat as there is minimal heat loss.
Thermomax HP200
The Thermomax HP200 is a heat pipe solar collector, which consists of a row of solar tubes and a highly insulated water manifold. The collector system consists of two separate circuits, one in each individual tube inside the heat pipe, and one through the manifold into the hot water tank. The heat pipe has a very low heat capacity but an exceptionally rapid conductivity and is therefore a highly efficient and fast heat transfer method. A heat pipe system therefore delivers outstanding performance, particularly in regions with lower annual levels of radiation. The vacuum inside each tube provides perfect insulation and therefore protects the system from outside influences such as cold and windy weather or high humidity. This vacuum insulation also ensures that the energy collected from the sun is very efficiently and effectively transferred into usable heat as there is minimal heat loss. The HP200 also has a special temperature limitation feature (for either 95° or 130°), which ensures exceptional system safety. 