HYBRID ECOCLIMA FACTORY MADE

FACTORY-MADE PRE-ASSEMBLED THERMO-COOLING PLANT

Hybrid Ecoclima is a pre-assembled factory-made thermo-cooling unit, consisting of a condensing thermal unit and an air-water heat pump complete with inertial storage.
Hybrid Ecoclima offers a highly efficient technology that optimises the use of primary energy and renewable energy taken from the air, for air conditioning in every season, with real energy savings and a significant reduction of CO₂ emissions into the atmosphere.

Perché HYBRID ECOCLIMA è una soluzione ideale?

1 BECAUSE IT ALLOWS WELL-BEING WITH THE RIGHT CLIMATE IN ALL SEASONS

2 BECAUSE IT IS VERY EFFICIENT

3 BECAUSE THEY RESPECT THE ENVIRONMENT AND REDUCE CO₂ EMISSIONS

CHOOSE COMPONENTS AND CREATE YOUR OWN HYBRID ECOCLIMA

HYBRID ECOCLIMA is modular and customisable, in fact it is possible to choose the power, the type of electric or endothermic gas heat pump, and also to choose the power of the condensing thermal units in a wide range of heating and cooling products.
Once the configuration has been chosen, Comex Group will study the entire project to create the best possible solution according to the system requirements to be met, and provide exclusive consultancy to create the HYBRID ECOCLIMA factory-made system.

ELECTRIC heat pumps:
from 24 to 168 kW in heating
from 27 to 209 kW in cooling

ENDOTHERMAL GAS heat pumps:
from 37 to 700 kW in heating
from 46 to 820 kW in cooling

Condensing thermal units
from 93 kW to 1,400 kW

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Example diagram
ELECTRICAL heat pump

Example diagram
GAS heat pump

Click on image to enlarge

All the advantages of choosing HYBRID ECOCLIMA:

Energy requalification of buildings
Integrated winter and summer climate control
Domestic water production
Thermal power range available with the Ecoclima Hybrid power station: from 90 to 1,400kW
Reduction in consumption
Reduction of greenhouse gas emissions into the atmosphere
Factory assembled and tested monobloc power station factory made with customised configuration as required by the project
Exclusive opportunity to choose between an electric or gas heat pump

Support from the Comex Group technical department for design
Availability of a technician for site supervision and positioning
Centralised energy management and remote system management
Quiet operation
Easy and cost-saving commissioning
A single technician for maintenance service
Recovery of space occupied by the heating plant and costs of paperwork for bringing the technical room up to standard (for the outdoor package version)

How HYBRID ECOCLIMA works

The production of thermal energy in the HYBRID ECOCLIMA power plant takes place through the use of two different modules:

Gas- or electrically-powered heat pump,
High-efficiency modulating condensing thermal unit.

The operation of the hybrid power plant is managed by the Hybrid Software Manager (HSM), which maximises the efficiency according to the heat demand of the user, simultaneously managing both modules in correlation to the external temperature and the system flow temperature.
The thermal power supplied is continuously modulating and produced from a renewable source, thanks to the modulating heat pump, with the possible integration of power and temperature through the gas heating unit.
This technology allows for the production of hybrid thermal energy, always optimising energy savings, thanks to the use of thermal energy from the air, making it possible to significantly reduce costs compared to traditional systems powered only with primary energy from methane gas, LPG or electricity.

INTELLIGENT ENERGY MANAGEMENT FOR MAXIMUM EFFICIENCY IN ALL SEASONS

The high-efficiency Hybrid Ecoclima technology makes it possible to optimise the use of primary energy and renewable energy taken from the air, with the advantage of real energy savings and reduced CO₂ emissions into the atmosphere.
The heart of the system is the l’Hybrid Software Manager (HSM), which intelligently manages through specific logarithms the thermal energy production of the two modules, boiler and heat pump, in parallel or alternating operation according to the external and system flow temperature.