Descripció

Domus Hybrid Solar is a multi-energy hybrid system for heating, summer cooling and domestic hot water production, consisting of a column unit housing a condensing gas boiler, a 200 litre heater with double coil and a control panel with system intelligence. Domus Hybrid Solar can be combined with NXH series air/water monobloc heat pumps for hybrid systems and with solar collectors.

All components of the hybrid system interact with each other via communication BUS.

– Condensing boiler inside the column unit, available with power of 35 kW with condensing heat exchanger, 1:10 modulation ratio and "Range Rated" certification that allows the nominal power to be adjusted to the actual heat demand of the system.

– Column unit equipped with hydraulic compensator, diverting valve for domestic hot water production, 200 litre double coil heater, prearranged for control of a direct zone through a low consumption self-modulating circulator. Up to 2 additional zone control kits can be installed inside the column unit, each one with low-consumption self-modulating circulator, in order to manage up to 3 independent temperature zones.

– Control panel for the entire system with large, intuitive and descriptive display; the panel is the system intelligence, capable of activating the most energy-efficient heat source. It can be removed from the column unit and installed inside the house.

– Intelligent system filling that can be activated from system control panel.

– It can be combined with a monobloc air-water heat pump equipped with BUS communication with the system intelligence, available with 5, 7, 11 and 15 kW power.

– It can be combined with solar collectors; the hydraulic unit and 18-litre expansion reservoir of solar circuit are already included in the Domus Hybrid Solar column.

Heating, cooling and domestic hot water production
Intelligent management of multiple energy sources: condensing boiler, heat pump and solar thermal
Possibility to control up to 3 indoor zones

Ubicació

Ressenyes

Comentaris

Compartir