The calculation of electricity consumption takes into account heat loss compensation based on national average heating degree days (HDD) and cooling degree days (CDD) for a room of ~24 square meters with a total heat loss value of about 80 watts per kelvin. This heat loss value is typical for a room with 2 exterior walls in a well-insulated house with a natural air changes per hour (ACH) coefficient of 0.5.

TCO for 1 year

Cost of ownership:

122.24£
TCO for 3 years

Cost of ownership:

369.66£
TCO for 5 years

Cost of ownership:

621.73£
TCO for 10 years

Cost of ownership:

1272.32£

Description

The GREE GWH12UB-K6DNA4A air conditioner is a powerful and efficient cooling solution for any room in your home. With a cooling capacity of 12,000 BTUs, this unit can easily cool large spaces with ease. The energy-saving mode helps to reduce electricity consumption while still providing effective cooling performance. The built-in dehumidifier function helps to remove excess moisture from the air, creating a more comfortable indoor environment. With features like auto restart and sleep mode, this air conditioner offers convenient and customizable cooling options for any time of day or night.

Specifications

Brand
GREE
Model
GWH12UB-K6DNA4A
Indoor Model Identifier
['GWH12UB-K6DNA4A/I']
Outdoor Model Identifier
GWH12UB-K6DNA4A/O
Function
REVERSIBLE
Duct Type
OTHER
Energy class
A++
Available On Market
[2020, 1, 11]
Refrigerant Name
R32
Refrigerant GWP
675
Cooling mode: Energy Class
APP
Cooling mode: Annual Electricity Consumption (kWh)
170
Design Load (kW)
3.5
Cooling mode: Seasonal Energy Efficiency Ratio (SEER)
7.2
Cooling mode: Inside sound power levels (dB)
58
Cooling mode: Outside sound power levels (dB)
63
Heating mode: Energy class for Colder climate
A
Heating mode: Energy Efficiency Class
APP
Heating mode: Energy class for Warmer climate
APPP
Heating mode: Declared capacity (kW) for Colder climate
3.3
Heating mode: Declared capacity (kW) for Average climate
2.4
Heating mode: Declared capacity (kW) for Warmer climate
3.5
Heating mode: Design Load for Colder climate (kW)
4.3
Heating mode: Design Load for Average climate (kW)
3
Heating mode:Design Load for Warmer climate (kW)
3.5
Heating mode: Backup heating capacity (kW) for Colder climate
1
Heating mode: Backup heating capacity (kW) for Average climate
0.6
Heating mode: Annual Electricity Consumption (kWh) for Colder climate
2508
Heating mode: Annual Electricity Consumption (kWh) for Average climate
913
Heating mode: Annual Electricity Consumption (kWh) for Warmer climate
891
Heating mode: Seasonal Coefficient Of Performance (SCOP) for Colder climate
3.6
Heating mode: Seasonal Coefficient Of Performance for Average climate (SCOP)
4.6
Heating mode: Seasonal Coefficient Of Performance (SCOP) for Warmer climate
5.5