Our QUANTUM Power has an enormous refrigeration capacity: up to 8,500 kilowatts. This makes the chiller especially suitable for district cooling networks. With high ratings in the megawatt range, the QUANTUM Power demonstrates its energy efficiency – and you benefit from significantly lower energy costs. With a compact and modular design, the chiller can adapt to any requirements.
‘District cooling networks are future-oriented. In such networks, multiple consumers are supplied with refrigeration by means of a pipeline system. This is an efficient, space-saving and flexible way to generate refrigeration and distribute it effectively. Another advantage: a district cooling network is continuously monitored, which ensures a constant supply at all times.’
Felipe Ruiz-Guerrero, Sales Manager International at ENGIE Refrigeration
Each QUANTUM has an ideal operating range and corresponding unique features. However, to maximise efficiency, all of our models have several things in common. QUANTUM Power offers you the following advantages:
Increased operational reliability:
Excellently accessible for maintenance and service:
Discover our other QUANTUM models:
The QUANTUM Power can be disassembled into two units – the refrigeration unit and the electronic unit – or into five individual modules: switch cabinet, condenser, evaporator, ECO and compressor frame. The division into refrigeration unit and electronic unit has the advantages that the refrigeration circuit is not opened, and that the work involved during reassembly on site is minimised.
The modular design also means the following:
Due to its flexible modular design and additional gangway between the electronic and refrigeration units, the QUANTUM Power is highly accessible. This means that our service experts can access any point in the machine quickly and easily. This kind of effective maintenance saves time and therefore money.
Is your space unusual? A modular design solves the problem, as it is easy to install and can be adapted to a wide range of scenarios.
The modular design makes the logistics involved significantly easier. This cost point is often underestimated. The money you save on transport could have a significant effect on the amortisation period of the chiller.
The compact size of the QUANTUM Power is closely linked to its modular design – and it can be transported in a cube container 40 inches in height.
Low space requirement
Space is often limited, and is needed for many different purposes – this is especially true in the manufacturing trade, such as the automotive industry and the pharmaceutical industry. The compact and modular design of the QUANTUM Power allows for this fact and therefore saves space.
Clear machine design
At first, machine design appears to be a secondary or negligible consideration. However, in practice it often emerges that a clear and discreet design that fits into its environment is beneficial. Unobtrusive and visually non-distracting, the QUANTUM Power integrates itself into its surroundings.
Due to its modular chiller design, the QUANTUM Power offers high levels of supply reliability, which can compensate for additional redundant chillers. This supply reliability is achieved by means of the following measures:
The performance range of a chiller determines its area of application and efficiency. With up to 8,500 kilowatts and up to twelve turbo compressors, the QUANTUM Power has a very high performance level. This means that the performance must be perfectly scalable – and it is, as the performance range can be adjusted precisely.
Climate-friendly QUANTUM chiller of the new generation with refrigerant R-1324ze supplements a hospital´s cooling supply.
First sea water geothermal District Heating and Cooling in France, supplying end customers in Marseille. The highest energy efficiency in the market and simplified maintenance were the main decision criteria for the customer regarding this new DCS.
District Cooling for the Opera Paris and and its surroundings. With the QUANTUM P chillers the annual energy efficiency was calculated by Climespace to be twice the usual energy efficiency of big standard oil turbo chillers.
Perfectly suited – compact QUANTUM for particular customer demands. Customerʼs main deciding factors were the high energy efficiency, engine quietness and obviously the particular solution for an uncomplicated transport with a standard lift. In this way the customer reached substantial savings in costs and installation time.
New application for ENGIE Refrigeration chillers at the Moscow Airport Domodedovo – now also in Terminal 2. Customerʼs main criteria to choose QUANTUM chillers was the excellent cooperation during the project Terminal 1, support by the local team of ENGIE Refrigeration Moscow, the high energy efficiency and operational safety of our chillers.
Cooling water for data centre and air-conditioning of Terminal 1. The most important features for this retrofit project were energy efficient operation, extremely low noise and vibration level for integration in the existing building, as well as the control of the whole refrigeration plant through ENGIE Refrigeration plant manager.
QUANTUM chillers in operation and at the same time an object of study in the Danfoss Turbocor Headquarter showroom in Denmark. Danfoss Turbocor will achieve annual power savings of 165,000 kWh.
Two QUANTUM chillers installed above the roof of Hamburg provide perfect air conditioning for an office building: Replacement for five competitor machines, some of which were no longer functional and therefore had immense operating costs.
ENGIE Refrigeration supplies 6 MW refrigeration power for the data centre in different locations. QUANTUM chillers are particularly space-saving and low-maintenance. The integrated Open-Flash-Economiser ensures maximum energy efficiency.
Future fills the air: 12 x air-cooled QUANTUM chillers operate in different facilities. The QUANTUM A range convinces not only with a clever high-quality and well styled chiller design, it also offers a wide range of options.