EnergiSava 210 Low Energy Heat Recovery Unit
Our Price: £1,070.00
£1,284.00 inc. VAT
The energiSava 210 is a low energy, whole house heat recovery system with a high-efficiency heat exchanger to provide a constant supply of fresh tempered air into the living spaces of your home.
Counter-flow heat exchanger with up to 89% thermal efficiency
High efficiency G4 filters
EC motor technology
Innovative boost controls
Intelligent humidity tracking controls
Compact and lightweight
Filter change indicator
By-pass 100% automatic or manual
SAP Appendix Q eligible
Energy Savings Trust Best Practice Performance Compliant
3 year guarantee
Heat Recovery in Winter
With a mechanical extract ventilation system, the new air would enter at 2ºC through the air inlets, decreasing the internal temperature of the home. With the energiSava 210, the supply air would enter at 19ºC.
Summer Daytime By-Pass
With a mechanical extract ventilation system, the new air would enter at 34ºC through the air inlets, increasing the temperature inside home. With the energiSava 210, the supply air would enter at 24ºC and it will avoid the rising of interior temperature.
Summer Nights By-Pass (Free Cooling)
In addition, during summer nights, when the outdoor air is colder than the indoor air, the bypass is activated automatically avoiding he mixing of airflows and supplying cooler air to the home.
Offering optimum user functionality
Incorporated within the energiSava 210 is the intelligent humidity tracking control as standard, which constantly monitor the humidity level, meaning no user intervention is required.
As humidity rises and falls, the motor speed rises and falls in direct correlation. This controls condensation quietly and efficiently, reducing the periods of time when the system operates on maximum speed, saving energy.
The intelligent filter change indicator notifies the user when these need replacing.
Innovative Control Switch
The innovative control switch allows the user to select:
The airflow rate
It also indicates when the filters needs replacing.