The system is very simple. The way geothermal heating only takes energy from the roof. If in a geothermal system, the energy taken from the ground is constant, about 5 degrees of heat, and the pump has to bring it up to the set heating temperature, then in this system the temperature of the fluid supplied to the heat pump varies from 5 to 20 degrees and more. Depending on the sunlight. They say otherwise a hybrid solar module gets hot while generating electricity. The module heats up quickly by absorbing the sunlight falling on it. On the bad side of the module there is a plate – an adsorber that cools the module. As the module cools, it generates more electricity. The heat is transferred to the liquid coolant circulating through the pipe and, in turn, is transferred to the storage tank, where it is stored. Heat is transferred from the storage tank to the heat pump via a separate heating circuit. The heat pump raises the temperature to the temperature set in the heating system and ensures room heating.

Such a system is twice as efficient as geothermal heating. The system requires significantly less energy to heat the water. Less electricity is also needed. Electricity is produced by the hybrid module, we give less electricity to the power grid for storage. Accordingly, the operating costs of such a system are several times lower than geothermal heating and 3 times lower than air-water systems. The system works even at an outdoor temperature of -25°C.

System components:

• 2Power hybrid solar modules;
• Storage tank;
• Circulating pump;
• Heat pump;
• Electric tenon (optional);
• Inverter.