Discover our energy recovery unit range, R-Covery by Cairox
Cairox is proud to present its compact energy recovery unit range with Eurovent-certified counter-flow exchangers!
Our R-Covery energy recovery units provide comfort ventilation and durable energy management in tertiary sector buildings.
The challenges of energy recovery in buildings
Ideal for use in tertiary sector buildings, our R-Covery units are designed with an ECM fan unit and a Eurovent-certified aluminium plate exchanger . Hence they efficiently recover heat or cold from the exhaust air to heat up or cool the fresh air, while reducing electrical consumption.
Hence R-Covery recovery units contribute to maintaining a more stable temperature, thereby improving occupant comfort. An efficient solution for your heating and air conditioning needs, while reducing your energy bill!
Their compactness makes it easy to find the perfect place for them in a whole variety of situations.
R-Covery XC
Ceiling energy recovery unit
Our ceiling-mounted energy recovery unit R-Covery XC is the perfect solution for spaces where aesthetics and space saving are vital. Designed to be discreetly installed in the ceiling, it optimises air circulation while efficiently recovering thermal energy.
Some specifications:
- 25 mm rock wool insulation (100 kg/m3)
- Fresh air double filtering stage (up to ISO ePM1 85%)
- Compact size: 332 mm for 500 m3/h
- 100% modular bypass
R-Covery XH
Outdoor or indoor horizontal energy recovery unit
The perfect recovery unit for projects requiring a flexible and versatile solution. It is designed for installation inside or on the outside of buildings.
Some specifications:
- 50 mm rock wool insulation (75 kg/m3)
- Fresh air double filtering stage (up to ISO ePM1 85%)
- 100% modular bypass
- High-performance unit L1/T3/TB2 (EN1886)
R-Covery XV
Indoor vertical energy recovery unit
Our indoor vertical energy recovery unit is designed to optimise space while providing superior energy performance. Ideal for indoor installations, with available wall space. This vertical model blends easily into the environment, while providing efficient energy recovery.
Some specifications:
- 50 mm rock wool insulation (75 kg/m3)
- Fresh air double filtering stage (up to ISO ePM1 85%)
- 100% modular bypass
- High-performance unit L1/T3/TB2 (EN1886)
Request a quote for R-Covery energy recovery units
When it comes to optimizing your building’s energy efficiency, the R-Covery range of energy recovery units is the solution of choice. Whether you’re looking to improve indoor air quality or reduce energy consumption, each installation is customized to meet your specific needs. Our experts will be happy to provide you with a detailed, personalized quotation. Depending on your project, we’ll guide you towards the ideal solution, whether vertical, horizontal or ceiling-mounted.
Contact us today to get a complete estimate for your future installation and discover all the benefits of our energy recovery systems. Take advantage of our tailor-made support to integrate high-performance, sustainable energy recovery systems into your building.
Get a quoteFrequently asked questions about energy recovery systems
Industrial energy recovery systems reduce energy costs, improve process efficiency and reduce CO2 emissions, leading to better economic and environmental performance. These units also recover waste energy, thereby reducing your energy dependence and operating costs.
Heat exchangers in ventilation systems recover heat from extracted air to heat up incoming fresh air, thereby reducing energy usage for heating. This improves the system’s overall energy efficiency by reducing thermal loss.
When choosing the power of your energy harvester, you should consider the size of the installation, the air flow it needs to process, the heating or cooling requirements, as well as the efficiency of heat exchange. We recommend that you consult a professional in order to determine the ideal power level, which will depend on the specific characteristics of its usage and local climate conditions.
In order to implement an effective energy recovery system, you first need to assess your energy needs and identify recovery opportunities. You will then need to design, size and integrate the equipment to suit the building. Once the system has been set up, monitoring and regular maintenance are essential to ensuring optimum performance.
The economic advantages of energy recovery for tertiary or industrial buildings include a significant reduction in energy costs by reusing waste energy, which also reduces dependence on external sources of energy.
