CIAT EXPERT IN INDOOR CLIMATE SYSTEMS As a pioneer of customised HVAC solutions, CIAT understands the importance of increasing the well-being of individuals in their living areas and places of work. Aware of the thermal, energy and air quality issues faced today by every sector of activity, we have responded by developing global systems based on an adapted and efficient combination of products. WATER-BASED GLOBAL BENEFITS OF THE WATER LOOP ENERGY SYSTEMS FOR +More efficient: equipment that is more cost HEATING, COOLING AND effective and requires less maintenance than direct expansion systems INDOOR AIR QUALITY +Greater comfort: flexible, precise control of comfort for the occupants To comply effectively with today’s thermal and +Increased energy efficiency: homogenous and environmental regulations, CIAT designs optimised thermally stable, water reduces the energy water-loop energy systems comprised of comfort requirements fr heat transfero units, heat pumps and dual-flow air handling units. +Environmentally sustainable: no refrigerant is As a renewable resource and a highly effective heat required on the premises and only a small amount transfer fluid, water not only represents an excellent is used in the heat pump installed outside the alternative to direct expansion systems it also meets building’soccupied areas F-Gas regulations in terms of confinement and +Easy to install: no refrigerant specialists are limitation of refrigerants within buildings. required during installation + Flexibility: a water-loop energy system adapts easily to the design of buildings and the changes that may be made to its layout over time Smart CIATControl: THE ENERGY MANAGEMENT SYSTEM Connected to all HVAC components (refrigeration, comfort units, air handling units) and using a patented algorithm that can be programmed according to building occupancy and weather conditions, Smart CIATControl adapts the efficiency of the thermodynamic producer to the needs of the emitters in real-time. In addition to automatic system changeover based on calculation requirements, features include: •Optimal Stop & Start: predictive function which • Night cooling: charges the building with fresh air anticipates the stop and start times of the HVAC during the night and delays the activation of the system. refrigerationrequest during the day. Optimal Water:® allows the Epure Dynamics:® patented • • temperature of the chiller or heat process which ensures a pump to be controlled according to particulate level for the building the demand from the emitters. that is beneath the fixed WHO S recommendation of 10μg/m.3 The optimizations offered by Smart CIATControl allow energy savings for the building. C N I AM D Y