Panasonic: delivering TOP energy efficiencies for many years



Particularly suitable for retail, hotels and office applications.

Outstanding efficiency at part load conditions:
Panasonic ECOi EX model covers down 30% part load with extremely high efficiency.

EER comparison of Panasonic 2-Pipe ECOi EX ME2 at different partial loads (Load %)

A. High Efficiency model / B. Space saving model
Conditions: Outdoor temperature 35 °C DB, Room temperature 19 °C WB.


COP comparison of Panasonic 2-Pipe ECOi EX ME2 at different partial loads
A. High Efficiency model / B. Space saving model
Conditions: Outdoor temperature 0 °C WB, Room temperature 20 °C DB



EER (W/W) - COP (W/W) / Load
A. EER 18 HP High Efficiency model / B. EER 18 HP Space saving model / C. COP 18 HP High Efficiency model / D. COP 18 HP Space saving model
* Data from Panasonic official technical data book.



Excellent SEER and SCOP values for VRF 2 and 3-Pipe

Panasonic have a extremely high SEER and SCOP values following LOT21 (seasonal space cooling / heating energy efficiency by COMMISSION REGULATION (EU) 2016/2281).


Efficient defrost operation

Panasonic uses the second unit to defrost the first unit. This makes the system more efficient during defrost and does not affect comfort.

A. Fan circulation
B. Defrost
C. The heat source from indoor units is not required
D. No cold air / No cold draft from the indoor unit during defrosting

A. Competitor 1
B. Defrost
C. Heat source for defrosting is from indoor units
D. Cold air

A. Competitor 2
B. Heat deposit in the indoor unit. No cool air, but extremely low efficiency
C. Defrost
D. Stop air or extremely low capacity



Panasonic ECOi operates down to -25 °C

This unique feature demonstrate the supremacy of Panasonic ECOi EX Series.
Panasonic use the second unit to defrost the first unit. This makes the system more efficient during defrost and does not affect the comfort.
Outside air temperature (up to 15 (°C WB)).

A. Wide temperature setting range.
* Lowest operating outdoor temperature in the market