Polar GP898
Uses less electricity than 96% of the 214 freezers, 500 L and over on the EU register. At your selected price (European Union) that is €77 a year, €773 over ten years.
- Electricity
- 273 kWh / year
- Typical 358 kWh
- Running cost
- €77 / year
- −€24 vs typical
- Per 100 litres
- 47.0 kWh
- Typical 59.0 kWh
Only 5 of 214 freezers, 500 L and over do better. Class E is the most common class in this group (60% of models). Per 100 litres it needs 47.0 kWh a year; the typical model in its group needs 59.0. Of 2 Polar models in this group, it is the most efficient.
Where it stands
Rank 6 of 214 freezers, 500 L and over by yearly consumption. 5 use less.
Next to it in the ranking
- Saro 323-4605 BD 501 S 271 kWh −€0.57
- Saro 323-4610 BD 601 S 273 kWh same
- Polar GP898 273 kWh
- Gaggenau RVF477190 277 kWh +€1.13
- Ferrara BD550 282 kWh +€2.55
What it will cost you
| Period | GP898 |
|---|---|
| 1 year | €77 |
| 5 years | €387 |
| 10 years | €773 |
| 15 years | €1,160 |
Space and noise
Compartments · 581 L
47.0 kWh per 100 litres a year; the typical model in this group needs 59.0.
Noise · class D
Label and product sheet
- Energy class
- E (scale A–G)
- Energy consumption
- 273 kWh/year
- Total volume
- 581 L
- Fridge / freezer
- 0 L / 581 L
- Noise
- 42 dB(A), class D
- Height × width × depth
- 960 × 2,035 × 800 mm
- Installation
- freestanding
- Climate classes
- T
- Guarantee (supplier)
- 2 years
- Spare parts (minimum)
- 7 years
Model numbers and history
2 model numbers are registered by Polar with identical label values (usually colour or market variants). Searching any of them leads here.
GP898 · GP898-E
- Placed on the EU market
- First published in the EU register (EPREL)
Questions
How much does the Polar GP898 cost to run?
At continuous operation it uses about 273 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €77 a year, or €773 over ten years.
Is the Polar GP898 quiet?
Its label states 42 dB(A), noise class D. The typical freezers, 500 L and over model is 41 dB(A).