We develop energy-efficient solution able to optimize your energy thanks to heat recovery and free-cooling options. The pollution levels in shopping malls air can be up to five times higher than outdoor levels.

Chillers and heat pumps designed for the best energy efficiency. Minimise waste energy consumption with integrated heat recovery. Reduce installation cost through remote monitoring.

By automatically controlling the individual indoor units or shop areas via user-friendly remote controls and a Plug & Play connection between heat pumps and ventilation units, all systems can be controlled decentrally and individually.

Shopping centres, shopping malls and shops are burdened by a large amount of people and many internal heat sources. The heat of internal sources (heat generated by lights, people, computers…) can be used to heat the building during winter, but should be quickly and efficiently driven out of the building during summer to prevent unnecessary ...

This system is based on WLHP (Water Loop Heat Pumps) technology, or a “Ring of water and heat pumps” system: the common centralized system produces water at a controlled temperature through a thermal power plant in winter and evaporative coolers for the rest of the ‘year. The water temperature itself is close to the ambient temperature ...

Erholsames Klima in Einkaufszentren durch moderne und maßgeschneiderte Klimakonzepte, leistungsstarke FanCoils und hohere Service-Qualität.

Selecting the right HVAC solution for shopping malls depends on the mall’s size, cooling needs, and budget. While Water-Cooled Chillers are ideal for large malls, VRF Systems offer energy-efficient solutions for mid-range spaces, and Ductable ACs are suitable for smaller setups.

Large Size Air Cooled Scroll Chiller & Heat Pump Single unit ' s capacity from 165kW to 502kW. Colors can be ordered in either white or dark grey.

As far as plants suitable for shopping centre air conditioning are concerned, it is possible to obtain energy synergies allowing to get significant operational savings. The use of waste heat deriving from refrigeration plants can be profitably used to heat environments and to produce hot water for hygienic-sanitary use both with

in shopping malls with ambitious performance targets, i.e. up to 75% reduction of energy demand (factor 4), power peak shaving, 50% increased share of renewable energy source favoured by ...