EnergyLabelEU
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Costs for 0.283 €/kWh · Eurostat 2026 H1

Split air conditioners · 13.5 kW · cooling and heating

Hyundai HAAFS4500OC

A++
Cooling, SEER
6.1
Typical 6.9
Heating, SCOP
4.0
Typical 4.1
Cooling cost
€376 / year
+€843 if you also heat with it (average climate)

Class A++ is the most common class in this group (80% of models). Heating efficiency (SCOP 4.0) is below the typical 4.1 of its group. Hyundai has 27 models in this group; this one is number 28 among them. Registered in Nov 2026, one of the newer models in its group.

What it will cost you

Period HAAFS4500OC GMV-120WL/C-X Difference
1 year €376 €146 −€230
5 years €1,880 €731 −€1,150
10 years €3,761 €1,461 −€2,300
15 years €5,641 €2,192 −€3,449

Is the more efficient model worth its price?

Years of use

Enter both purchase prices to see the total cost of ownership.

Cooling and heating

Cooling season 1,328 kWh / yr
Heating, average climate 2,975 kWh / yr

Same size, lower running cost

On sale, at least 10% less energy, same size group

Model CoolingSEER kWh / yr Saves / year in 10 years
A++ Hyundai HAAFS4500OC (this model)
13.5 kW6.1 1,328 — —
14.0 kW6.7 516 €230 €2,300
13.5 kW7.0 675 €185 €1,849
13.5 kW7.0 675 €185 €1,849
13.5 kW7.0 675 €185 €1,849
13.5 kW7.0 675 €185 €1,849

Label and product sheet

Energy class cooling / heating
A++ / A+
SEER
6.1
SCOP warmer / average / colder
– / 4.0 / –
Cooling design load
13.5 kW
Heating design load (average)
8.5 kW
Yearly cooling
1,328 kWh
Yearly heating (average climate)
2,975 kWh
Sound power indoor / outdoor
66 / 72 dB(A)
Refrigerant
R32 (GWP 2)

Model numbers and history

Registered by Hyundai under one model number.

HAAFS4500OC

  1. First published in the EU register (EPREL)
  2. Placed on the EU market

Questions

How much does the Hyundai HAAFS4500OC cost to run?

At one cooling season as on the label it uses about 1,328 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €376 a year, or €3,761 over ten years.

What do SEER and SCOP mean?

This model reaches SEER 6.1 and SCOP 4.0 in the average climate: higher is better.