INDIRECT EVAPORATION
Evaporative cooling is the oldest cooling method, already In antiquity, this principle was used to cool wine in clay amphorae, which is reduction in temperature resulting from the evaporation of a liquid, which removes latent heat from the surface from which evaporation takes place. There are two different method of evaporative cooling;
Direct Evaporative Cooling (DEC), which is thermal contact between air and water in single air stream. DEC is applicable only when supply air (usually ambient air) is dry enough to be saturated by evaporation.
Indirect Evaporative Cooling (IEC), which is thermal contact between air and water in two air streams, separated by heat transfer surface, where supply air is cooled in dry side. Independent from the ambient air humidity level, in IEC technology, evaporation take place in return air stream
where supply air can be cooled down theoretically to wet bulb temperature of return air.
Both DEC and IEC are characterised by very high energy efficiency. Water consumption also should be taken in consideration
HYBRICOOL
Inspired from this nature role model, AiolosAir® developed HybriCool Indirect Evaporative Cooling (IEC) Air Handling Unit. Thanks to our innovative design, by applying EC fan, highly efficient heat exchangers and IoT technologies in combination of this simple cooling principle from nature, HybriCool IEC unit achieves highest energy efficiency nature based.
A web cloud-based controller is the brain of process management, which find the best and efficient operating point and visualize this. The controller allows the monitoring of the process, the instantaneous device performance and the change of the data at any time from the PC, tablet or smartphone. Each individual connected control unit can be monitored.
HybriCool®-I
HybriCool-I Indirect Evaporative Cooling Air Handling Unit cools down supply air without any mechanical cooling. If only fresh air cooling is needed, HybriCool-I is perfect fitting equipment without additional mechanical cooling need. In cooling mode, independent from outside air temperature, supply air is cooled down lower than the room design temperature without adding humidity. Main application areas are;
* Industrial buildings where cooling of big halls is needed
* Fresh air supply of FCU applications i.e.. Hotels, Offices
* Fresh air supply of DX systems i.e. VRF, Split AC, etc.
* Fresh air supply of atriums of Shopping Malls
* Sports Halls, Gymnasiums
Addition to %100 fresh air feature, free cooling, mixed air ventilation and hot water heating features are also possible as standard.
HybriCool®-IC
HybriCool-IC Indirect Evaporative Cooling Air Handling Unit cools down supply air down to design requirements in Hybride Mode. With the help of Indirect Evaporative Cooling (IEC), as preliminary cooler, supply air is cooled down to a certain temperature and with integrated DX refrigerant cooling, additional cooling requirement is met to obtain required cooling capacity. Thanks to demand controlled DX cooling, compressor runs only when needed.
All in one, plug and play HybriCool-IC hybrid cooling unit meets all your cooling demand with very high seasonal system efficiency with the help of integrated control system. Main application areas are;
* Shopping Malls
* Supermarkets
* Restaurants
* Industrial Buildings
* Schools and Universities
* Hotels Meeting Rooms
* Conference Halls
* Exhibition Halls
Addition to %100 fresh air feature, free cooling, mixed air ventilation and hot water heating features are also possible as standard
HybriCool®-IE
HybriCool-IE Indirect Evaporative Cooling with Additional Direct Evaporative Cooling Air Handling Unit cools down supply air in 2 stages. In first stage, direct evaporative cooling mode, supply air is cooled down in heat exchanger without any humidity addition. In second stage supply air is saturated with water to get the benefit of evaporation in direct mode. Extra high efficiency is obtained with this double effect of evaporation.
All in one, plug and play HybriCool-IE double effect cooling unit is convenient in dry ambient conditions, which humidity addition does not have negative effect to comfort conditions. In dry and hot ambient conditions, in most cases, without any mechanical cooling, HybriCool-IE meets the design conditions with very high efficiency. Main application areas are;
* Industrial buildings
* Gas generator fresh air cooling in power Plants
* Industrial switchboard cabinet cooling
* Transformer room cooling
* Textile production halls cooling
* Where ever high sensible heat radiation cooling needed, i.e. machine cooling
Addition to %100 fresh air feature, free cooling, mixed air ventilation and hot water heating features are also possible as standard.
HybriCool® Remote Control
HybriCool units are ready for remote monitoring and operation via web-based software and IoT technology. You can operate your unit either with your smart phone, tablet PC or with your computer. Connection to your local BMS system is also possible depending on your protocol.
Web-based communication gives us to monitor your unit with our technicians 24h / 365 days and able to get alarms directly. We offer you preventive maintenance service, to serve your unit when we get any alarms, before any malfunction. We reduce your service, spare part and maintenance cost in efficient way to sustain high performance operation of the unit. If any support or maintenance needed at site, with the help of remote monitoring feature, we can detect the fault of the unit in our customer support centre and report it to our aftersales service technicians to give support at site in fast and efficient way
HybriCool Product Catalogue_EN
