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Adsolair two stage heat recovery and indirect adiabatic cooling
A dog cools itself through evaporation of water from its tongue. The cooling system of man's best friend illustrates clearly the physical principle takes place in the MENERGA® Adsolair® air conditioning unit and how it is used to indirectly cool the incoming fresh air to a building.
The MENERGA® Type 56 Adsolair® solVent® air conditioning unit has been developed for heat and cooling recovery in ventilation applications with the addition of environmentally friendly summer cooling by evaporation of water. In summer the evaporative cooling provides gentle air conditioning of the building.
Water is sprayed into the exhaust air stream over the two stage recuperator. The water evaporates, taking its latent heat from the exhaust air. The cooling effect is transferred to the incoming hot outside air through the recuperator.
Winter heat recovery efficiency in excess of 75% allows introduction of outside air at low outdoor temperatures without energy penalty.
- Up to 10°C cooling effect without the use of refrigerants or additional power
- No increase in supply air humidity
- Minimal water consumption
- Environmentally friendly
- Simple to use, fully automatic (DDC) control of temperature and air volumes
- Ideal partner technology for displacement ventilation or active thermal storage
- Low energy solVent® direct coupled fans drastically reduce electricity consumption compared with traditional belt driven fans
- Low maintenance
Where there is a requirement for greater cooling or humidity control, additional mechanical cooling can be built into to the unit (Adsolair® Type 57/58):
- Condenser in exhaust air stream
- No external refrigeration pipe work required
- No space required for chiller plant or condensing units
- Cooling efficiency 3 to 4 times greater than traditional chiller or DX cooling systems
| Further information: |
SolVent® fan technology
Freezmo Data Logger & Web Interface
Recuperative heat energy recovery
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Applications:
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Ideal partner for displacement ventilation and active thermal storage.
Sports facilities, public and residential buildings, department stores, theatres, museums, industry and laboratories. |
| Selected UK references: |
Urbis, Manchester
Sherrington Buildings, University of Liverpool
Royal College of Art
Keble College, Oxford
St Annes College, Oxford
King Alfreds College, Winchester
Surrey Institute of Art and Design, Epsom
Thornden Theatre, Hampshire County Council
Surface Technology Systems, Newport
Daresbury Laboratory, Warrington
Bank of America
MBNA, Chester |
Selected worldwide references:
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Theatre Rise Loutek, Prague
German National Theatre, Weimar
Parliament, Budapest
University of Berlin
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