Global Data Center Cooling Systems Market 2017 New Technologies Aid Growth upto 2022

Rapid growth in the ICT and media sector has also been driven by various innovation. This has caused many manufacturers to adopt data centers as a technique wherein they could store their significant documents. As a result more adoption of data centers has created a space that has caused significant harm to the environment. Therefore, it is recommended to them to use those centers that generate less heat. The present report, titled, “Global Data Center Cooling Systems Market Professional Survey Report Forecast 2017-2021” points out similar dynamics of the industry.

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Since numerous people have raised questions regarding the energy consumption by the data center across the globe. Therefore, a system has been developed that requires less heat as an answer to the questions. For instance, Vertiv has introduced the Liebert DSE™ Free Cooling System. It comes with pumped refrigerant economization. It is a stand-alone system which is highly scalable and can be applied in new construction, expansion situations, and retrofit. In addition, it can also be with mixed cooling systems, such as legacy DX and chilled water systems. Many experts have considered it as a ground-breaking technology owing to its characteristic of no usage of water and less energy consumption. The designers have given it four components which include computer room air conditioning (CRAC) unit, efficient condenser, refrigerant pump, and iCOM controls. These all components work together to increase free cooling. Further, these also ensure the highest safety as it offers free cooling economization with DX backup.

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Another problem faced by the data centers across the world is early failure of equipment due to excess heat. Thus, it was immediately required to come up with a response that could satisfy demands and ensure productivity. A technology named Low Speed Ventilation (LSV) technology has been launched by the Alfa Laval. The technology is delivers air at a speed of 1.5-1.8 meters per second which is considerably lower speed than conventional techniques. It is kept outside the server room and is connected to a chiller in the summer and to free cooling equipment in colder periods. Moreover, it helps to prevent hot spot problems owing to the fact that it has reduced air speed. This results in optimum flow of air and leads to least pressure differences in the space.

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The data centers that consume low energy management has created space for unique business opportunities, such as consulting, outsourcing, and technological services. Apart from this, the experts have also observed that performance and energy consumption of data centers are determined by location. Therefore, a company named, Capgemini, has decided to locate its centers in northern UK, as this is relatively cooler region than other areas. These geographies also help to reduce energy as they utilize fresh air cooling. But excessive cooling could also lead to more dehumidification of air that requires more energy.

Thus, it would appropriate to draw conclusion that with proper understanding of climatic conditions the manufactures can set up data centers across the world. In addition, the technological advancement would aid them to expand their business. In this way, they would also be able to meet norms set by governments to control pollution. All the factors if put together could lead to growth of the global data center cooling system market in the upcoming decade.

Table Of Contents

• Global Data Center Cooling Systems Market Professional Survey Report 2017

• 1 Industry Overview of Data Center Cooling Systems
o Definition and Specifications of Data Center Cooling Systems
 Definition of Data Center Cooling Systems
 Specifications of Data Center Cooling Systems
o Classification of Data Center Cooling Systems
 In-Row Cooling
 Overhead Cooling
 In-Rack Cooling
o Applications of Data Center Cooling Systems
• 1.3.2 Application 1
• 1.3.3 Application 2
• 1.3.4 Application 3
o Market Segment by Regions
 North America
 China
 Europe
 Southeast Asia
 Japan
 India

• Manufacturing Cost Structure Analysis of Data Center Cooling Systems
o Raw Material and Suppliers
o Manufacturing Cost Structure Analysis of Data Center Cooling Systems
o Manufacturing Process Analysis of Data Center Cooling Systems
o Industry Chain Structure of Data Center Cooling Systems

• Technical Data and Manufacturing Plants Analysis of Data Center Cooling Systems
o Capacity and Commercial Production Date of Global Data Center Cooling Systems Major Manufacturers in 2016
o Manufacturing Plants Distribution of Global Data Center Cooling Systems Major Manufacturers in 2016
o R&D Status and Technology Source of Global Data Center Cooling Systems Major Manufacturers in 2016
o Raw Materials Sources Analysis of Global Data Center Cooling Systems Major Manufacturers in 2016

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