Heat Pump Monoblock/ Split Air to Water Toyotomi Hydria Plus Single-Phase/ Three-Phase, 6kW-16kW

The Heat Pump Monoblock Toyotomi Hydria Plus offers a variety of models, including both single-phase and three-phase options, with a power range of 6kW to 16kW. These units boast exceptional energy efficiency ratings of A++/A++, and utilize the eco-friendly R-32 refrigerant. Furthermore, each model comes equipped with a built-in water reservoir and convenient WiFi capabilities.Heat pumps, such as these, have a heat exchanger for cooling water instead of an element on one side (at point 3). They extract heat (cool water) from the air. With these pumps, we can extract heat (and therefore cool water) and dissipate it into the environment (similar to what is done in air conditioning units from the previous category).

These heat pump air-to-water systems (located at point 3) have a coolant/water exchanger instead of an element, extracting heat (cooling water) from air. With these pumps, we can extract heat (cool and cool water) and discharge it into the environment (as is done in the previous category of air conditioning machines). Heating and cooling are achieved efficiently with the Hydria Plus Monoblock R32 Heat Pump, which can reach a water temperature of 65°C. The continuous energy and cost-saving needs of a household require new technologies that surpass the functionality of conventional heating systems.

The new Toyotomi Hydria Heat Pump is designed to meet the needs of extreme environmental conditions. Its efficient operation ensures year-round coverage for your home. Heating: from -20°C to 35°C Cooling: from 10°C to 48°C Domestic Hot Water (DHW) production: from -20°C to 45°C.

Cooling Functions: The refrigerant is condensed in the external unit and evaporated in the internal unit, absorbing heat in the plate-like refrigerant-water heat exchanger. This reduces the water temperature and supplies it to the internal installation for room cooling. Heating: The refrigerant evaporates in the external unit, absorbing heat from the environment, which is then transferred to the plate-like heat exchanger of the interior where it condenses. This heat is then transferred to the exchanger's water and supplied to the internal installation for room heating. Production of Hot Water (DHW): Similarly to heating, heat is transferred to the exchanger's water, which is directed to the DHW tank through a 3-way valve for room heating purposes.

Included: Wired controller (thermostat), Built-in defroster, Electric resistances,also Greek menu, Built-in WiFi module.