Efficient independent heating with gas boiler and wood pellet fireplace to improve the energy class of the independent house.
Type of intervention: expansion of the pre-existing natural gas system, with the integration of renewable energy sources from biomass
Climate zone: D, day degrees 1588
Tatano products: Kalorino fireplace, KS Medium model with wood / wood pellets with fully automated operation
Customer needs:
The need for the newly built independent house was to find a better solution to cover the peak loads of winter heating and reduce consumption. For the construction of the system, the owners have focused on renewable energy: a winning choice in terms of yields and sustainability.
The choices regarding the envelope and the technical systems were conditioned by the regulatory constraints on the energy performance of the new buildings. In view of the initial investment costs, the customer requested a system of simple management, comfort at the highest levels and the possibility of remote control of the system.
Project solution
High temperature decorative radiator, with the integration of the Kalorino KS Medium wood pellet fireplace in a bivalent system with the pre-existing natural gas boiler, connected to the classic radiator system. The choice of wood biomass was made to try to anticipate future choices and certainly to reduce consumption, making the home environmentally sustainable.
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Heated surface150 m²
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ModelKalorino KS Medium Wood / wood pellets
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Useful power20 kW
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Energy efficiency classA++
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Type of systemHigh temperature, with water-water heat exchange, with radiators
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Thermal storageL600 thermal cell with integrated DHW (L146)
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FuelsWood pellets and small pieces of wood
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Fuel storageStandard hopper (120 L)
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Energy saving50% guaranteed from renewable sources
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Project details
The bivalent system, consisting of a natural gas boiler and the Kalorino KS Medium wood / wood pellet fireplace installed for winter air conditioning and for the production of domestic hot water, satisfies the energy needs of the home in moments of maximum thermal load
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