Climate control purchase incentives, Financial incentives for climate control installations Frost Italy

According to the Legge Finanziaria 2008 it is possible to benefit from a 55% fiscal reduction of the costs for the replacement of climate control installations with high efficiency heat pumps (Art. 1,347 Law No 296 of 27 December 2006).

Frost Italy heat pump units, category Multifunction packaged liquid Chiller, comply with the definition of “high efficiency” in accordance with attachment H to the Ministerial Decree of 7 April 2008 in terms of minimum C.O.P (performance co-efficients) and E.R.R (energy efficiency index) values.  In addition, with the assistance of Frost Italy technical personnel, it is possible to take advantage of these financial incentives when purchasing high efficiency climate control installations and products from other categories.

Function in heating mode
Minimum C.O.P. values (performance co-efficients)

Machine type	External environment	Internal environment	C.O.P. min.
Air/air	Temp air in, dry bulb: 7°C   Temp air in, wet bulb: 6°C	Temp air in, dry bulb: 20°C   Temp air in, wet bulb: 15°C	3,9
Air/water	Temp air in, dry bulb: 7°C   Temp air in, wet bulb: 6°C	Temp water in: 30°C   Temp water out: 35°C	4,1
Brine/air	Temp brine in: 0°C	Temp air in, dry bulb: 20°C   Temp air in, wet bulb: 15°C	4,3
Brine/water	Temp brine in: 0°C	Temp water in: 30°C   Temp water out: 35°C	4,3
Water/air	Temp water in: 15°C   Temp water out: 12°C	Temp air in, dry bulb: 20°C   Temp air in, wet bulb: 15°C	4,7
Water/water	Temp water out: 10°C	Temp water in: 30°C   Temp water out: 35°C	5,1

* Performance to be measured in accordance with regulation UNI EN 14511:2004.  At time of testing the heat pump must function entirely within the limits indicated in the table.


Function in cooling mode
Minimum E.E.R. values (energy co-efficients index)

Machine type	External environment	Internal environment	E.E.R. min.
Air/air	Temp air in, dry bulb: 35°C   Temp air in, wet: 24°C	Temp air in, dry bulb: 27°C   Temp air in, wet bulb: 19°C	3,4
Air/water	Temp air in, dry bulb: 35°C   Temp air in, wet bulb: 24°C	Temp water in: 23°C   Temp water out: 18°C	3,8
Brine/air	Temp brine in: 30°C   Temp brine out: 35°C	Temp air in, dry bulb: 27°C   Temp air in, wet bulb: 19°C	4,4
Brine/water	Temp brine in: 30°C   Temp brine out: 35°C	Temp water in: 23°C   Temp water out: 18°C	4,4
Water/air	Temp water in: 30°C   Temp water out: 35°C	Temp air in, dry bulb: 27°C   Temp air in, wet bulb: 19°C	4,4
Acqua/acqua	Temp water in: 30°C   Temp water out: 35°C	Temp water in: 23°C   Temp water out: 18°C	5,1

* Performance to be measured in accordance with regulation UNI EN 14511:2004.  At time of testing the heat pump must function entirely within the limits indicated in the table.