Panasonic CS-MZ16CKE + CS-Z25CKEW / CU-2Z41CBE
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 €45 a year, €447 over ten years.
- Cooling, SEER
- 9.1
- Typical 6.8
- Heating, SCOP
- 4.8
- Typical 4.1
- Cooling cost
- €45 / year
- +€289 if you also heat with it (average climate)
Only 19 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 4.8) is above the typical 4.1 of its group. Panasonic has 101 models in this group; this one is number 3 among them.
Where it stands
Rank 20 of 5,158 split air conditioners, 4–5 kW by yearly consumption. 19 use less.
Next to it in the ranking
- Daikin FTXTM40A2V1B / RXTM40A2V1B 156 kWh −€0.57
- Daikin FTXTM40S2V1B / RXTM40A2V1B 157 kWh −€0.28
- Panasonic CS-MZ16CKE + CS-Z25CKEW / CU-2Z41CBE 158 kWh
- Heiwa HXEH-2X40-V1 / HMIH-20W-V1 + HMIH-20W-V1 159 kWh +€0.28
- Buderus 7733703136 161 kWh +€0.85
What it will cost you
| Period | CS-MZ16CKE + CS-Z25CKEW / CU-2Z41CBE |
|---|---|
| 1 year | €45 |
| 5 years | €224 |
| 10 years | €447 |
| 15 years | €671 |
Cooling and heating
Label and product sheet
- Energy class cooling / heating
- A+++ / A++
- SEER
- 9.1
- SCOP warmer / average / colder
- – / 4.8 / –
- Cooling design load
- 4.1 kW
- Heating design load (average)
- 3.5 kW
- Yearly cooling
- 158 kWh
- Yearly heating (average climate)
- 1,021 kWh
- Sound power indoor / outdoor
- 57 / 65 dB(A)
- Refrigerant
- R32 (GWP 675)
Model numbers and history
Registered by Panasonic under one model number.
CS-MZ16CKE + CS-Z25CKEW / CU-2Z41CBE
- Placed on the EU market
- First published in the EU register (EPREL)
Questions
How much does the Panasonic CS-MZ16CKE + CS-Z25CKEW / CU-2Z41CBE cost to run?
At one cooling season as on the label it uses about 158 kWh a year according to its EU energy label. At the EU average household price of 0.283 €/kWh that is about €45 a year, or €447 over ten years.
What do SEER and SCOP mean?
This model reaches SEER 9.1 and SCOP 4.8 in the average climate: higher is better.