Fujitsu AOEH14KHCBN/ASEH14KHCBN
Uses less electricity than 99% of the 5,158 split air conditioners, 4–5 kW on the EU register. At your selected price (European Union) that is €42 a year, €419 over ten years.
- Cooling, SEER
- 9.9
- Typical 6.8
- Heating, SCOP
- 5.3
- Typical 4.1
- Cooling cost
- €42 / year
- +€314 if you also heat with it (average climate)
Only 6 of 5,158 split air conditioners, 4–5 kW do better. Class A+++ is the best class any model in this group reaches. Heating efficiency (SCOP 5.3) is above the typical 4.1 of its group. Of 89 Fujitsu models in this group, it is the most efficient.
Where it stands
Rank 7 of 5,158 split air conditioners, 4–5 kW by yearly consumption. 6 use less.
Next to it in the ranking
- Fuji Electric ROH14KHCBN/RSH14KHCBN 148 kWh same
- General AOHH14KHCBN/ASHH14KHCBN 148 kWh same
- Fujitsu AOEH14KHCBN/ASEH14KHCBN 148 kWh
- Panasonic CS-E9PD3EA / CU-E9PD3EA 151 kWh +€0.85
- Panasonic CS-E9PB4EA / CU-E9PB4EA 151 kWh +€0.85
What it will cost you
| Period | AOEH14KHCBN/ASEH14KHCBN |
|---|---|
| 1 year | €42 |
| 5 years | €210 |
| 10 years | €419 |
| 15 years | €629 |
Cooling and heating
Heating by climate zone
| Climate | SCOP | kWh / yr |
|---|---|---|
| Warmer (e.g. Athens) | — | — |
| Average (e.g. Strasbourg) | 5.3 | 1,109 |
| Colder (e.g. Helsinki) | 4.3 | 2,961 |
Label and product sheet
- Energy class cooling / heating
- A+++ / A+++
- SEER
- 9.9
- SCOP warmer / average / colder
- – / 5.3 / 4.3
- Cooling design load
- 4.2 kW
- Heating design load (average)
- 4.2 kW
- Yearly cooling
- 148 kWh
- Yearly heating (average climate)
- 1,109 kWh
- Sound power indoor / outdoor
- 60 / 64 dB(A)
- Refrigerant
- R32 (GWP 675)
Model numbers and history
Registered by Fujitsu under one model number.
AOEH14KHCBN/ASEH14KHCBN
- Placed on the EU market
- First published in the EU register (EPREL)
Questions
How much does the Fujitsu AOEH14KHCBN/ASEH14KHCBN cost to run?
At one cooling season as on the label it uses about 148 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €42 a year, or €419 over ten years.
What do SEER and SCOP mean?
This model reaches SEER 9.9 and SCOP 5.3 in the average climate: higher is better.