Haier AM12AA1TAA
Uses less electricity than 92% of the 3,067 split air conditioners, 3 kW on the EU register. At your selected price (European Union) that is €39 a year, €388 over ten years.
- Cooling, SEER
- 2.6
- Typical 6.5
- Cooling cost
- €39 / year
- one cooling season
In the most efficient quarter of its group: 26 % below the typical 184 kWh. 97% of comparable models reach a better class than A; the most common is A++. It only cools; there is no heating value on its label. Haier has 52 models in this group; this one is number 7 among them.
Where it stands
Rank 195 of 3,067 split air conditioners, 3 kW by yearly consumption. 194 use less.
Next to it in the ranking
- Daikin FTXZ35NV1B / RXZ35NV1B9 136 kWh −€0.28
- Midea EX-12RE1N-I + EXH-12RE1N-O 137 kWh same
- Haier AM12AA1TAA 137 kWh
- General AOHH12KJCA/ASHH12KJCA 137 kWh same
- Fujitsu AOEH12KJCA/ASEH12KJCAL 137 kWh same
What it will cost you
| Period | AM12AA1TAA | NF-ST30CR | Difference |
|---|---|---|---|
| 1 year | €39 | €1 | −€38 |
| 5 years | €194 | €4 | −€190 |
| 10 years | €388 | €8 | −€379 |
| 15 years | €582 | €13 | −€569 |
Is the more efficient model worth its price?
Enter both purchase prices to see the total cost of ownership.
Cooling and heating
Same size, lower running cost
On sale, at least 10% less energy, same size group
| Model | kWh / yr | Saves / year |
|---|---|---|
| Haier AM12AA1TAA (this model) | 137 | — |
| 3 | €38 | |
| 102 | €10 | |
| 103 | €10 | |
| 103 | €10 | |
| 112 | €7 |
Label and product sheet
- Energy class cooling / heating
- A / –
- SEER
- 2.6
- Cooling design load
- 3.5 kW
- Yearly cooling
- 137 kWh
- Sound power indoor / outdoor
- 52 / 56 dB(A)
- Refrigerant
- R290 (GWP 3)
Model numbers and history
Registered by Haier under one model number.
AM12AA1TAA
- Placed on the EU market
- First published in the EU register (EPREL)
Questions
How much does the Haier AM12AA1TAA cost to run?
At one cooling season as on the label it uses about 137 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €39 a year, or €388 over ten years.
What do SEER and SCOP mean?
This model reaches SEER 2.6: higher is better.