The Enervent Pallas is best suited for public spaces, such as offices, coffee shops, schools, industrial facilities, in addition to blocks of flats.
Pallas can be used as a single unit, if the efficiency allows, or as a part of a de-centralized ventilation system, i.e. as a fire zone specific unit. In blocks of flats, Pallas is well suited as a floor or stairway specific unit. Whenever possible a rotating heat exchanger is used for heat recovery. If local regulations require otherwise, a fluid heat exchanger with a heat pump is used as heat recovery method. Pallas can be fitted with a built-in extract air heat pump (HP). All heating and cooling coils, as well as the heat pump unit, are built-in to the unit. The Pallas HP with a built-in heat pump effectively cools and heats the air on demand. The cooled and heated air is evenly distributed throughout the building via the ventilation ducts (not local point formed distribution, as in traditional heat pumps). In addition, the heat pump offers the unique feature of heating water (Aqua). The water can be used as domestic hot water or in a water-borne heating system.
Enervent EnergyBUS (patended) is an ideal solution for a decentralized ventilation system. With EnergyBUS, the building’s energy flow and energy consumption can be optimized by moving energy in time and space. This is enabled by a network of ventilation units with built-in heat pumps connected to each other.
Enervent Pallas is a ‘non-residential ventilation unit’ (NRVU) according to the EU Commission Regulation No 1253/2014. Ventilation units with maximum flow rate over 250 m³/h which the manufacturer has not declared intended as being exclusively for a residential ventilation application are called non-residential. Non-residential ventilation units (NRVUs) are excluded from EcoDesign labelling.
Our calculation software Energy Optimizer, reports whether the chosen NRVU unit fulfills the EcoDesign requirements or not for the intended project.
NOTE! The HP units are only available with right-handed duct connections.
|P12 201 0007||Pallas eAir CG-W|
|P12 201 0003||Pallas eAir E-CG right|
|P12 201 0002||Pallas eAir E right|
|P12 201 0006||Pallas eAir W right|
|P12 201 0009||Pallas eAir W-CX right|
|P12 201 0007V||Pallas eAir CG-W|
|P12 201 0002V||Pallas eAir E left|
|P12 201 0003V||Pallas eAir E-CG left|
|P12 201 0006V||Pallas eAir W left|
|P12 201 0009V||Pallas eAir W-CX left|
|P12 202 0002||Pallas HP|
|P12 202 0007||Pallas HP-W eAir|
|P12 202 0012||Pallas HP-E eAir|
|P12 211 0012||Pallas TCG-W|
|Pallas RL E right|
|Pallas RL E-CG right|
|Pallas RL W right|
|Pallas RL E left|
|Pallas RL E-CG left|
|Pallas RL W left|