[EN-EMEA] Chilled Water Solutions

Energy Efficiency

Data Centers are energy intensive applications. Chilled water systems are one of the most sustainable choices in terms of energy consumption. Lower TEWI, WUE and pPUE are possible!

Wider use of freecooling. Overall system optimization. Inverter driven technologies.

Water Usage

The responsible management of natural resources and water has become more closely tied to ESG and sustainability issues. Prevention and elimination of any water waste is a key need and can be obtained by:

Maximising the use of technologies that minimize the waste of water. Use recirculation systems.

Heat Re-use

In the recent times, there has been a growing emphasis on reusing the heat generated by data centers for:

Space heating. Industrial processes. Domestic water heating. Electricity generation. Agricultural application. Breeding. Swimming pools. Field heating. Seawater desalination. Wood drying. Fish farms.

Increase Energy Density

Data center operators say their rack densities have rapidly increased in the past three years. This is especially true for large enterprise and hyperscale data centers. How to cope with this?

Integrate air and higher density cooling solutions. Large capacity solutions. Increase heat rejection. Higher ambient temperature design.

Quick Time to Deploy

Design-Wise

Standardize the electrical infrastructure: design standard power blocks as Thermal equipment is selected based on the electrical power of each block. Packaged unit: include more components on standard unit reducing number and time for the installation on site. Standard design: single design that works for multiple sites across the globe, modular design, reduce lead time.

Chilled water systems offer an inherent flexibility in outdoor cooling unit placement, as chiller skids are placed outside the data center. Chilled water systems can also be used in non-raised floor designs, providing flexibility in adding liquid cooling into existing data centers.

Energy

Data Centers are energy intensive applications. Chilled water systems are one of the most sustainable choices in terms of energy consumption.

Wider use of freecooling.
Overall system optimization.
Inverter driven technologies.

Heat Re-use

In the recent times, there has been a growing emphasis on reusing the heat generated by data centers for:

Space heating.
Industrial processes.
Domestic water heating.
Electricity generation.
Agricultural application.
Breeding.
Swimming pools.
Field heating.
Seawater desalination.
Wood drying.
Fish farms.

Water Usage

The responsible management of natural resources and water has become more closely tied to ESG and sustainability issues.

Maximising the use of technologies that minimize the waste of water.
Use recirculation systems.

Increase

Data center operators say their rack densities have rapidly increased in the past three years. This is especially true for large enterprise and hyperscale data centers.

Integrate air and higher density cooling solutions.
Large capacity solutions.
Increase heat rejection.
Higher ambient temperature design.

Quick Time

Standardize the electrical infrastructure: design standard power blocks as Thermal equipment is selected based on the electrical power of each block.
Packaged unit: include more components on standard unit reducing number and time for the installation on site.
Standard design: single design that works for multiple sites across the globe, modular design, reduce lead time.

Design-Wise

Chilled water systems offer an inherent flexibility in outdoor cooling unit placement, as chiller skids are placed outside the data center.
Chilled water systems can also be used in non-raised floor designs, providing flexibility in adding liquid cooling into existing data centers.