Mission SG Chill 3
Uses less electricity than 98% of the 1,773 wine coolers, under 100 L on the EU register. At your selected price (European Union) that is €21 a year, €212 over ten years.
- Electricity
- 75 kWh / year
- Typical 131 kWh
- Running cost
- €21 / year
- −€16 vs typical
- Per 100 litres
- 416.7 kWh
- Typical 195.9 kWh
Only 6 of 1,773 wine coolers, under 100 L do better. Class E is the best class any model in this group reaches, and only 4% of them do. At 43 dB it is 4 dB louder than the typical model in its group. It is the only Mission SG model in this group. Registered in Sept 2026, one of the newer models in its group.
Where it stands
Rank 7 of 1,773 wine coolers, under 100 L by yearly consumption. 6 use less.
Next to it in the ranking
- Datron WNCBCW26A 75 kWh same
- NOD0072 75 kWh same
- Mission SG Chill 3 75 kWh
- Northair JC-36UEL-F 76 kWh +€0.28
- KitchenBrothers KB1004261 76 kWh +€0.28
What it will cost you
| Period | Chill 3 |
|---|---|
| 1 year | €21 |
| 5 years | €106 |
| 10 years | €212 |
| 15 years | €319 |
Space and noise
Compartments · 18 L
416.7 kWh per 100 litres a year; the typical model in this group needs 195.9.
Noise · class D
Label and product sheet
- Energy class
- E (scale A–G)
- Energy consumption
- 75 kWh/year
- Total volume
- 18 L
- Fridge / freezer
- 18 L / 0 L
- Noise
- 43 dB(A), class D
- Height × width × depth
- 425 × 285 × 378 mm
- Installation
- freestanding
- Climate classes
- SN, N, ST
- Guarantee (supplier)
- 3 years
- Spare parts (minimum)
- 7 years
Model numbers and history
Registered by Mission SG under one model number.
Chill 3
- First published in the EU register (EPREL)
- Placed on the EU market
Questions
How much does the Mission SG Chill 3 cost to run?
At continuous operation it uses about 75 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €21 a year, or €212 over ten years.
Is the Mission SG Chill 3 quiet?
Its label states 43 dB(A), noise class D. The typical wine coolers, under 100 L model is 39 dB(A).