AWA MODULA

AWA MODULA system

The AWA MODULA system produces from 2,500 to 10,000 litres of water per day + primary fresh air + hot water for the heating circuit + cold water that can be modulated in order to guarantee the best integration with HVAC (Heating, Ventilation, Air Conditioning) systems and ensure great ENERGY SAVINGS.
The AWA MODULA system can be easily installed in hotels, resorts and residential buildings, compounds, villas, communities, etc. The use of the AWA MODULA functions ensures great energy savings, that allows to achieve the water production for free.


    AWA RANGE:

  • AWA MODULA 250 - 2.500 litres per day
  • AWA MODULA 500 - 5.000 litres per day
  • AWA MODULA 750 - 7.500 litres per day
  • AWA MODULA 1000 - 10.000 litres per day
The AWA MODULA system are built on a standard industrial modular basis.
They are easy and fast to build and guarantee a better energy efficiency.
The basic Modula system produces 2,500 litres of water per day.
The AWA range is also available in the modular models capable of producing 5,000, 7,500 or 10,000 litres of water per day.
The basic model is the AWA MODULA 250, which produces 2,500 litres of water per day.
The AWA MODULA system is much more than a simple system for the water from air production; indeed, besides water in the basic model of the system – called ‘W’, with this system is possible to have, in the HWA configuration:

  1. Hot water (50° C)
  2. Primary fresh air (24° C 40% R.H.)
in the HWAC configuration:

  1. Hot water (50° C)
  2. Primary fresh air (24° C 40% R.H.)
  3. Cold water (7° C)

The AWA MODULA model comes in the following operation range:
Operating temperature and humidity: 5° C 90% R.H. / 50° C 10% R.H.
It is possible to develop special solutions on demand with operation range below 5° C. Those Solutions will be valuated on the basis of environment conditions and application requirements.
All these solutions are available on demand in the AWA MODULA range and are suitable for air conditioning systems, greenhouses, high-integration buildings, and industrial applications.