Comparison Prana 150 Eco Energy vs Prana 150 Eco Life

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	Prana 150 Eco Energy	Prana 150 Eco Life
	Outdated Product	Outdated Product
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Main	It has 4 temperature sensors, a humidity sensor, the ability to work in automatic mode. Displays efficiency indicators. Simultaneous operation of supply and exhaust.	It has 4 temperature sensors, a humidity sensor, the ability to work in automatic mode. Displays efficiency indicators. Simultaneous operation of supply and exhaust.
System type	decentralized	decentralized
Ventilation type	recuperator	recuperator
Mounting	wall	wall
Mounting diameter	162 mm	162 mm
Specs
CO₂ carbon dioxide sensor
Maximum air flow (recuperation)	105 m³/h	105 m³/h
Number of fan speeds	10	10
Minimum noise level	21 dB	21 dB
Maximum noise level	36 dB	36 dB
Type of heat exchanger	plate	plate
Heat exchanger material	copper	copper
Heat exchanger efficiency	95 %	95 %
Heater type	electric afterheater	electric afterheater
Minimum operating temperature	-30 °C	-30 °C
General specs
Remote control
Control via Internet
Display
Power consumption in ventilation mode	68 W	68 W
Mains voltage	230 V	230 V
Minimum wall thickness	450 mm	450 mm
Decorative panel thickness	50 mm	50 mm
Country of origin	Ukraine	Ukraine
Dimensions	535x150x150 mm	535x150x150 mm
Added to E-Catalog	july 2021	july 2021

CO₂ carbon dioxide sensor

A built-in sensor that determines the content of carbon dioxide in the room.

The CO₂ carbon dioxide sensor controls the operation of ventilation and performs two functions at once: it prevents a critical increase in the level of carbon dioxide in the air and at the same time provides energy savings. Recall that carbon dioxide is emitted by people when they breathe, and its high content in the air leads to a deterioration in well-being and even serious health problems. Thus, if the sensor detects an increased concentration of CO2, it increases the intensity of ventilation, providing an additional supply of fresh air. When the concentration of carbon dioxide drops, the intensity of work decreases (up to a complete shutdown if there are no people in the room and the CO2 content does not change); this avoids unnecessary electricity consumption.