US Data center cooling market size
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This market research report on the US data center cooling market offers analysis on market size & forecast, market share, industry trends, growth drivers, and vendor analysis. The market study also includes insights on segmentation by cooling infrastructure (cooling system and other infrastructure), by cooling technique (air-based cooling and liquid-based cooling), by cooling systems (CRAC & CARH, chiller, cooling towers & dry coolers, and economizers & evaporative coolers, and other cooling units), by tier standards (Tier I and Tier II, Tier II, and Tier IV), and by region (South Eastern US, South Western US, Mid-Western US, Western US, and North Eastern US)

US Data Center Cooling Market - Overview

The growing development of colocation and hyperscale facilities with a power capacity of more than 100 MW is driving the growth of the US data center cooling market. The US controls around 90% of the market in the Americas. The larger number of development projects in South-Eastern and South-Western regions particularly in Virginia and Texas in the US are the largest revenue contributors in the market. The introduction of high-performance infrastructure and launch of rack/row cooling solutions will revolutionize the market over the next few years. The adoption of various innovative cooling techniques such as evaporative coolers, economizers, free cooling chillers, direct liquid cooling, and immersion liquid cooling solutions will help leading vendors gain a larger share in the market. The growing focus on cost-efficiency, improving functionality, and sustainability of cooling systems will act as a catalyst for companies to launch pioneering product portfolios in the market.

The use of artificial intelligence (AI) will help reduce OPEX across facilities and allows prominent players to introduce multipurpose cooling systems and modular infrastructure solutions. The chilled-water based systems are the most prevalent facilities design in the American market and vendors are launching state-of-art designs to reduce the power consumption of these chiller units. The US data center cooling market is anticipated to generate revenues of over $2 billion by 2023 and is anticipated to grow at a CAGR of more than 5% during the forecast period.

US Data Center Cooling Market Size in Revenue

US Data Center Cooling Market Size in Revenue

US Data Center Cooling Market - Dynamics

The increasing adoption of direct liquid cooling and liquid immersion cooling techniques will attribute to the growth of the US data center cooling market. The leading operators are focusing on adopting efficient and innovative cooling technology that reduces the power consumption and operate with PUE less than 1.30. The integration of direct liquid cooling and liquid immersion cooling techniques enables facilities operations at a PUE of less than 1.05. The key cloud hosting facilities are also adopting these innovative cooling solutions in the US market. The trend of implementing direct liquid cooling and liquid immersion cooling techniques is expected to continue to grow in the US market over next few years. For instance, Asetek is one of the prominent players offering direct cooling techniques in the US market.

US Data Center Cooling Market - Segmentation

This market research report includes a detailed segmentation of the market by cooling infrastructure, by cooling technique, by cooling systems, by tier standard, and by region.

Segmentation of Data Center Cooling Market in US

Segmentation of Data Center Cooling Market in US

US Data Center Cooling Market – By Cooling Infrastructure

US data center cooling market to witness the adoption of pump systems, piping units, and valves in facilities construction activities during forecast period

The US data center cooling market by cooling infrastructure is segmented into cooling systems and other infrastructure. The other infrastructure sector is the fastest growing segment of the market at a CAGR of close to 7% during the forecast period. The other infrastructure segment is further classified into pump systems, piping units and valves, boilers, fire protection and suppression systems, and sprinklers. The modern facilities in the market are design construction is of tier 3 and tier 4 standards with N+N redundancy configuration which in turn will boost the demand for other infrastructure components in the US market. Furthermore, the adoption of free cooling systems using evaporative coolers, free cooling chillers, and air/water side economizers will drive the growth of this market segment in the US.

US Data Center Cooling Market – By Cooling Technique

Free cooling technique to help conserve energy in the US data center cooling market during forecast period

The cooling technique segment in the US data center cooling market is classified as air-based cooling and liquid-based cooling. The liquid-based cooling segment dominated the market share in 2017 and is expected to grow at a CAGR of close to 4% during the forecast period. The implementation of chilled water systems to cool centers with on-site water storage or drawing water from a river is very popular in the market in the US. The demand for chilled water systems is expected to decrease over the next few years owing to the efforts implemented to conserve water and reduce consumption. Such efforts will boost the adoption of immersion cooling, direct liquid cooling, and free cooling techniques in the US data center cooling market during the forecast period. The adoption of these innovative systems is expected to reduce power consumption up to 90% in the US data center facilities.

US Data Center Cooling Market – By Cooling Systems

Use of multistage CRAC and CRAH units to gain traction in the US data center cooling market during forecast period

The US data center cooling market by cooling systems is divided CRAC & CARH, chiller, cooling towers & dry coolers, and economizers & evaporative coolers, and other cooling units. CRAC & CARH units were the largest segment of the market in 2017 and are anticipated to grow at a CAGR of more than 4% during the forecast period. The use of CRAC units as a multistage compressor will propel the growth of this market segment in the US. The implementation of CRAC and CARH units in conjunction with other cooling units such as chillers, cooling tower, dry coolers, and condensers will boost the demand for these systems in the US data center cooling market.

US Data Center Cooling Market – By Tier Standards

Demand for N+N redundancy to boost the demand for Tier III facilities in the US data center cooling market during forecast period

The tier standard segment in the US data center cooling market is categorized into Tier I and Tier II, Tier III, and Tier IV. Tier III standard dominated the market share in 2017 and is projected to grow at a CAGR of more than 3% during the forecast period. The growing demand for redundant components to support critical application in facilities will drive the growth of this market segment in the US. The Tier III data centers in US have a minimum N+1 redundancy in power and cooling infrastructure. The development of colocation facilities and the use of rack cooling solutions will transform the US data center cooling market during the forecast period.

US Data Center Cooling Market – By Region

Virginia is the leading region in the US market and is expected to contribute to the revenues in the US data center cooling market during forecast period

The US data center cooling market by geography is segmented into South Eastern US, South Western US, Mid-Western US, Western US, and North Eastern US. The South Eastern region in US dominated the market share in 2017 and is likely to grow at a CAGR of close to 6% during the forecast period. Leading cloud hosting providers such as Google, Facebook, Digital Realty, CyrusOne, and Raning Wire are investing in Virginia data center facilities and is driving the growth of this region in the market. The availability of strong fiber connectivity, inexpensive power, and low tax incentives are of some of the factors that are attributing to the growth of this region in the US market.

Key Vendor Analysis

The US data center cooling market consists of both international and regional players that drive the level of competition in the market. The key vendors in the market are developing new and innovative products that increase the efficiency of the facilities and help reduce energy consumption levels. The wide range of product offering, and complete infrastructure solutions offered by companies will help them attract new consumers and sustain the level of competition in the US market. The leading vendors in the market are focusing on launching energy-efficient cooling systems that emit low carbon footprints to gain a larger market share in the US.

The major vendors in the market are:

  • Airedale Air Conditioning
  • Rittal
  • Schneider Electric
  • STULZ
  • Trane (Ingersoll Rand)
  • Vertiv

Other prominent vendors include 3M, AIRSYS, Alfa Laval, Allied Control, Asetek, ClimateWorx International, Coolcentric (Wakefield-Vette), CoolIT Systems, Daikin Applied (Daikin Industries), Data Aire, Geist Global, Green Revolution Cooling, KyotoCooling, Motivair Corp, Munters, Nlyte Software, Nortek Air Solutions, Nortek Humidity (Condair Group), Pentair (Schroff), Qcooling, and Vigilent.

Key market insights include

  1. The analysis of the US data center cooling market provides market size and growth rate for the forecast period 2018-2023.
  2. It offers comprehensive insights on current industry trends, trend forecast, and growth drivers about the US data center cooling market.
  3. The report provides the latest analysis of market share, growth drivers, challenges, and investment opportunities.
  4. It offers a complete overview of market segments and the regional outlook of the US data center cooling market.
  5. The report offers a detailed overview of the vendor landscape, competitive analysis, and key market strategies to gain competitive advantage.

The US data center cooling market size is expected to reach more than $2 billion by 2023, growing at a CAGR more than 5% 2017–2023.

The market research report provides in-depth market analysis and segmental analysis of the US data center cooling market by cooling infrastructure, cooling technique, cooling systems, tier standard, and region.

Base Year:                  2017

Forecast Year:           2018–2023

The study considers the present scenario of the US data center cooling market and its market dynamics for the period 2018−2023. The study covers a detailed overview of various market growth enablers, restraints, and trends. It covers both the demand and supply sides of the market. The study also profiles and analyzes the leading companies and other prominent companies operating in the market.

Major Vendors in the US data center cooling market

  • Airedale Air Conditioning
    • Overview
    • Product Offerings
    • Key News
  • Rittal
  • Schneider Electric
  • STULZ
  • Trane (Ingersoll Rand)
  • Vertiv

Prominent Players in the US data center cooling market

  • 3M
    • Product Offerings
  • AIRSYS
  • Alfa Laval
  • Allied Control
  • Asetek
  • ClimateWorx International
  • Coolcentric (Wakefield-Vette)
  • CoolIT Systems
  • Daikin Applied (Daikin Industries)
  • Data Aire
  • Geist Global
  • Green Revolution Cooling
  • KyotoCooling
  • Motivair Corp
  • Munters
  • Nlyte Software
  • Nortek Air Solutions
  • Nortek Humidity (Condair Group)
  • Pentair (Schroff)
  • Qcooling
  • Vigilent

Market Segmentation by Cooling Infrastructure

  • Cooling System
  • Other Infrastructure

Market Segmentation by Cooling Technique

  • Air-based Cooling
  • Water-based Cooling

Market Segmentation by Cooling Systems

  • CRAC & CARH
  • Chiller
  • Cooling Towers & Dry Coolers
  • Economizers & Evaporative Coolers
  • Other Cooling Systems

Market Segmentation by Tier Standard

  • Tier I and Tier II
  • Tier III
  • Tier IV

Market Segmentation by Region

  • South Eastern US
  • South Western US
  • Mid-Western US
  • Western US
  • North Eastern US

 

 1          Research Methodology

2          Research Objectives

3          Research Process

 

4          Report Coverage

4.1       Market Definition

4.2       Base Year

4.3       Scope of Study

4.3.1   Market Segmentation by Cooling Systems

4.3.2   Market Segmentation by Other Infrastructure

4.3.3   Market Segmentation by Cooling Techniques

4.3.4   Market Segmentation by Geography

 

5          Report Assumptions & Caveats

5.1       Key Caveats

5.2       Inclusions

5.3       Currency Conversion

5.4       Market Derivation

 

6          Market at a Glance

7          Introduction

7.1       Data Center Standards Related to Cooling

 

8          Market Dynamics

8.1       Market Growth Enablers

8.1.1   Increased Construction of Colocation and Cloud Data Centers

8.1.2   Increased Adoption of Energy-efficient Cooling Infrastructure

8.1.3   Increase in Construction of Modern Data Centers with Modular Infrastructure

8.1.4   Increased Demand for Data Center at the Edge

8.1.5   Free Cooling in Data Centers

8.1.6   YOY Impact of Market Growth Enablers

8.2       Market Growth Restraints

8.2.1   Growing Consolidation Initiatives

8.2.2   Increase in Water Consumption by Data Centers

8.2.3   Increase in Carbon Emission by Data Centers

8.2.4   YOY Impact of Market Growth Restraints

8.3       Market Opportunities & Trends

8.3.1   Increase in Adoption of Automation and Monitoring Solutions

8.3.2   Growing Adoption of Direct Liquid Cooling and Liquid Immersion Cooling Techniques

8.3.3   Growing Rack Power Density

8.3.4   YOY Impact of Market Opportunities & Trends

 

9          Data Center Cooling Market in US

9.1       Market Overview

9.2       Market Size & Forecast

9.3       Porter’s Five Forces Analysis

9.3.1   Threat of New Entrants

9.3.2   Bargaining Power of Suppliers

9.3.3   Bargaining Power of Buyers

9.3.4   Threat of Substitutes

9.3.5   Competitive Rivalry

 

10        Market by Infrastructure

10.1    Market Overview

10.2    Cooling Systems

10.2.1 Market Size & Forecast

10.3    Other Infrastructure

10.3.1 Market Size & Forecast

 

11        Market by Cooling Technique

11.1    Air-Based Cooling Techniques

11.1.1 Market Size & Forecast

11.2    Liquid-Based Cooling Techniques

11.2.1 Market Size & Forecast

 

12        Market by Liquid Cooling Technique

12.1    Water-based Cooling Techniques

12.1.1 Market Size & Forecast

12.2    Direct Liquid and Immersion Cooling Techniques

12.2.1 Market Size & Forecast

 

13        Market by Cooling Systems

13.1    CRAC and CRAH Units

13.1.1 Market Overview

13.1.2 Market Size & Forecast

13.2    Chiller Units

13.2.1 Market Overview

13.2.2 Market Size & Forecast

13.3    Cooling Towers and Dry Coolers

13.3.1 Market Overview

13.3.2 Market Size & Forecast

13.4    Economizers and Evaporative Coolers

13.4.1 Market Overview

13.4.2 Market Size & Forecast

13.5    Other Cooling Units

13.5.1 Market Overview

13.5.2 Market Size & Forecast

 

14        Market by Tier Standards

14.1    Market Overview

14.2    Tier I and Tier II

14.2.1 Market Size & Forecast

14.3    Tier III

14.3.1 Market Size & Forecast

14.4    Tier IV

14.4.1 Market Size & Forecast

 

15        Regional Segmentation

16        South Eastern US

16.1    Market Overview

16.2    Market Size & Forecast

16.3    Cooling Systems

16.3.1 Market Size & Forecast

16.4    Cooling Systems by Types

16.4.1 CRAC & CRAH Units: Market Size & Forecast

16.4.2 Chiller Units: Market Size & Forecast

16.4.3 Cooling Towers & Dry Coolers: Market Size & Forecast

16.4.4 Economizer & Evaporative Coolers: Market Size & Forecast

16.4.5 Other Cooling Units: Market Size & Forecast

16.5    Other Infrastructure

16.5.1 Market Size & Forecast

16.6    Market by Cooling Technique

16.6.1 Air-based Cooling Technique: Market Size & Forecast

16.6.2 Liquid-based Cooling Technique: Market Size & Forecast

 

17        South Western US

17.1    Market Overview

17.2    Market Size & Forecast

17.3    Cooling Systems

17.3.1 Market Size & Forecast

17.4    Cooling Systems by Types

17.4.1 CRAC & CRAH Units: Market Size & Forecast

17.4.2 Chiller Units: Market Size & Forecast

17.4.3 Cooling Towers & Dry Coolers: Market Size & Forecast

17.4.4 Economizers & Evaporative Coolers: Market Size & Forecast

17.4.5 Other Cooling Units: Market Size & Forecast

17.5    Other Infrastructure

17.5.1 Market Size & Forecast

17.6    Market by Cooling Technique

17.6.1 Air-based Cooling Technique: Market Size & Forecast

17.6.2 Liquid-based Cooling Technique: Market Size & Forecast

 

18        Mid-Western US

18.1    Market Overview

18.2    Market Size & Forecast

18.3    Cooling Systems

18.3.1 Market Size & Forecast

18.4    Cooling Systems by Types

18.4.1 CRAC & CRAH Units: Market Size & Forecast

18.4.2 Chiller Units: Market Size & Forecast

18.4.3 Cooling Towers & Dry Coolers: Market Size & Forecast

18.4.4 Economizers & Evaporative Coolers: Market Size & Forecast

18.4.5 Other Cooling Units: Market Size & Forecast

18.5    Other Infrastructure

18.5.1 Market Size & Forecast

18.6    Market by Cooling Technique

18.6.1 Air-based Cooling Technique: Market Size & Forecast

18.6.2 Liquid-based Cooling Technique: Market Size & Forecast

 

19        Western US

19.1    Market Overview

19.2    Market Size & Forecast

19.3    Cooling Systems

19.3.1 Market Size & Forecast

19.4    Cooling Systems by Types

19.4.1 CRAC & CRAH Units: Market Size & Forecast

19.4.2 Chiller Units: Market Size & Forecast

19.4.3 Cooling Towers & Dry Coolers: Market Size & Forecast

19.4.4 Economizer & Evaporative Coolers: Market Size & Forecast

19.4.5 Other Cooling Units: Market Size & Forecast

19.5    Other Infrastructure

19.5.1 Market Size & Forecast

19.6    Market by Cooling Technique

19.6.1 Air-based Cooling Technique: Market Size & Forecast

19.6.2 Liquid-based Cooling Technique: Market Size & Forecast

 

20        North Eastern US

20.1    Market Overview

20.2    Market Size & Forecast

20.3    Cooling Systems

20.3.1 Market Size & Forecast

20.4    Cooling Systems by Types

20.4.1 CRAC & CRAH Units: Market Size & Forecast

20.4.2 Chiller Units: Market Size & Forecast

20.4.3 Cooling Towers & Dry Coolers: Market Size & Forecast

20.4.4 Economizers & Evaporative Coolers: Market Size & Forecast

20.4.5 Other Cooling Units: Market Size & Forecast

20.5    Other Infrastructure

20.5.1 Market Size & Forecast

20.6    Market by Cooling Technique

20.6.1 Air-based Cooling Technique: Market Size & Forecast

20.6.2 Liquid-based Cooling Technique: Market Size & Forecast

 

21        Competitive Landscape

21.1    Market Overview

22        Key Vendors

22.1    Airedale Air Conditioning

22.1.1 Product Offerings

22.2    Rittal

22.2.1 Product Offerings

22.3    Schneider Electric

22.3.1 Overview

22.3.2 Product Offerings

22.3.3 Key News

22.4    Stulz

22.4.1 Product Offerings

22.4.2 Key News

22.5    Trane (Ingersoll Rand)

22.5.1 Product Offerings

22.5.2 Key News

22.6    Vertiv

22.6.1 Overview

22.6.2 Product Offerings

22.6.3 Key News

 

23        Other Prominent Vendors

23.1    3M

23.1.1 Product Offerings

23.2    Airsys

23.2.1 Product Offerings

23.3    Alfa Laval

23.3.1 Product Offerings

23.4    Allied Control

23.4.1 Product Offerings

23.5    Asetek

23.5.1 Product Offerings

23.6    ClimateWorx International

23.6.1 Product Offerings

23.7    Coolcentric (Wakefield-Vette)

23.7.1 Product Offerings

23.8    CoolIT Systems

23.8.1 Product Offerings

23.9    Daikin Applied (Daikin Industries)

23.9.1 Product Offerings

23.10    Data Aire

23.10.1  Product Offerings

23.11  Geist Global

23.11.1 Product Offerings

23.12  Green Revolution Cooling

23.12.1 Product Offerings

23.13  KyotoCooling

23.13.1 Product Offerings

23.14  Motivair Corp.

23.14.1 Product Offerings

23.15  Munters

23.15.1 Product Offerings

23.16  Nlyte Software

23.16.1 Product Offerings

23.17  Nortek Air Solutions

23.17.1 Product Offerings

23.18  Nortek Humidity (Condair Group)

23.18.1 Product Offerings

23.19  Pentair

23.19.1 Product Offerings

23.20  QCooling

23.20.1 Product Offerings

23.21  Vigilent

23.21.1 Product Offerings

 

24        Report Summary

24.1    Key Takeaways

24.2    Strategic Recommendations

24.3    Qualitative Summary

24.4    Quantitative Summary

24.4.1 Market by Infrastructure

24.4.2 Market by Cooling Systems

24.4.3 Market by Cooling Technique

24.4.4 Market by Liquid Cooling Technique

24.4.5 Market by Tier Standards

24.4.6 Market by Region

24.4.7 Market by South Eastern US

24.4.8 Market by South Western US

24.4.9 Market by Mid-Western US

24.4.10 Market by Western US

24.4.11 Market by North Eastern US

 

25        Appendix

25.1    Abbreviations

           

           


     

 

           

 

List of Exhibits                   

Exhibit 1         Segmentation of Data Center Cooling Market in US

Exhibit 2         Market Size Calculation Approach 2017

Exhibit 3         Rack Power Density in Data Center Market in US (2010–2023)

Exhibit 4         Data Center Cooling Market in US 2017–2023 ($ million)

Exhibit 5         Five Forces Analysis 2017

Exhibit 6         US Market by Cooling Systems 2017–2023 ($ million)

Exhibit 7         US Market by Other Infrastructure 2017–2023 ($ million)

Exhibit 8         US Market by Air-based Cooling Techniques 2017–2023 ($ million)

Exhibit 9         US Market by Liquid-based Cooling Techniques 2017–2023 ($ million)

Exhibit 10       US Market by Water-based Cooling Techniques 2017–2023 ($ million)

Exhibit 11       US Market by Direct Liquid and Immersion Cooling Techniques 2017–2023 ($ million)

Exhibit 12       US Market by CRAC and CRAH Units 2017–2023 ($ million)

Exhibit 13       US Market by Chiller Units 2017–2023 ($ million)

Exhibit 14       US Market by Cooling Towers and Dry Coolers 2017–2023 ($ million)

Exhibit 15       US Market by Economizers and Evaporative Coolers 2017–2023 ($ million)

Exhibit 16       US Market by Other Cooling Units 2017–2023 ($ million)

Exhibit 17       US Market by Tier I and Tier II Facilities 2017–2023 ($ million)

Exhibit 18       US Market by Tier III Facilities 2017–2023 ($ million)

Exhibit 19       US Market by Tier IV Facilities 2017–2023($ million)

Exhibit 20       Market in South Eastern US 2017–2023 ($ million)

Exhibit 21       Market in South Eastern US by Cooling Systems 2017–2023 ($ million)

Exhibit 22       Market in South Eastern US by CRAC & CRAH Units 2017–2023 ($ million)

Exhibit 23       Market in South Eastern US by Chiller Units 2017–2023 ($ million)

Exhibit 24       Market in South Eastern US by Cooling Towers & Dry Coolers 2017–2023 ($ million)

Exhibit 25       Market in South Eastern US by Economizer & Evaporative Coolers 2017–2023 ($ million)

Exhibit 26       Market in South Eastern US by Other Cooling Units 2017–2023 ($ million)

Exhibit 27       Market in South Eastern US by Other Infrastructure 2017–2023 ($ million)

Exhibit 28       Market in South Eastern US by Air-based Cooling Technique 2017–2023 ($ million)

Exhibit 29       Market in South Eastern US by Liquid-based Cooling Technique 2017–2023 ($ million)

Exhibit 30       Market in South Western US 2017–2023 ($ million)

Exhibit 31       Market in South Western US by Cooling Systems 2017–2023 ($ million)

Exhibit 32       Market in South Western US by CRAC & CRAH Units 2017–2023 ($ million)

Exhibit 33       Market in South Western US by Chiller Units 2017–2023 ($ million)

Exhibit 34       Market in South Western US by Cooling Towers & Dry Coolers 2017–2023 ($ million)

Exhibit 35       Market in South Western US by Economizers & Evaporative Coolers 2017–2023 ($ million)

Exhibit 36       Market in South Western US by Other Cooling Units 2017–2023 ($ million)

Exhibit 37       Market in South Western US by Other Infrastructure 2017–2023 ($ million)

Exhibit 38       Market in South Western US by Air-based Cooling Technique 2017–2023 ($ million)

Exhibit 39       Market in South Western US by Liquid-based Cooling Technique 2017–2023 ($ million)

Exhibit 40       Market in Mid-Western US 2017–2023 ($ million)

Exhibit 41       Market in Mid-Western US by Cooling Systems 2017–2023 ($ million)

Exhibit 42       Market in Mid-Western US by CRAC & CRAH Units 2017–2023 ($ million)

Exhibit 43       Market in Mid-Western US by Chiller Units 2017–2023 ($ million)

Exhibit 44       Market in Mid-Western US by Cooling Towers & Dry Coolers 2017–2023 ($ million)

Exhibit 45       Market in Mid-Western US by Economizers & Evaporative Coolers 2017–2023 ($ million)

Exhibit 46       Market in Mid-Western US by Other Cooling Units 2017–2023 ($ million)

Exhibit 47       Market in Mid-Western US by Other Infrastructure 2017–2023 ($ million)

Exhibit 48       Market in Mid-Western US by Air-based Cooling Technique 2017–2023 ($ million)

Exhibit 49       Market in Mid-Western US by Liquid-based Cooling Technique 2017–2023 ($million)

Exhibit 50       Market in Western US 2017–2023 ($ million)

Exhibit 51       Market in Western US by Cooling Systems 2017–2023 ($ million)

Exhibit 52       Market in Western US by CRAC & CRAH Units 2017–2023 ($ million)

Exhibit 53       Market in Western US by Chiller Units 2017–2023 ($ million)

Exhibit 54       Market in Western US by Cooling Towers & Dry Coolers 2017–2023 ($ million)

Exhibit 55       Market in Western US by Economizers & Evaporative Coolers 2017–2023 ($ million)

Exhibit 56       Market in Western US by Other Cooling Units 2017–2023 ($ million)

Exhibit 57       Market in Western US by Other Infrastructure 2017–2023 ($ million)

Exhibit 58       Market in Western US by Air-based Cooling Technique 2017–2023 ($ million)

Exhibit 59       Market in Western US by Liquid-based Cooling Technique 2017–2023 ($ million)

Exhibit 60       Market in North Eastern US 2017–2023 ($ million)

Exhibit 61       Market in North Eastern US by Cooling Systems 2017–2023 ($ million)

Exhibit 62       Market in North Eastern US by CRAC & CRAH Units 2017–2023 ($ million)

Exhibit 63       Market in North Eastern US by Chiller Units 2017–2023 ($ million)

Exhibit 64       Market in North Eastern US by Cooling Towers & Dry Coolers 2017–2023 ($ million)

Exhibit 65       Market in North Eastern US by Economizers & Evaporative Coolers 2017–2023 ($ million)

Exhibit 66       Market in North Eastern US by Other Cooling Units 2017–2023 ($ million)

Exhibit 67       Market in North Eastern US by Other Infrastructure 2017–2023 ($ million)

Exhibit 68       Market in North Eastern US by Air-based Cooling Technique 2017–2023 ($ million)

Exhibit 69       Market in North Eastern US by Liquid-based Cooling Technique 2017–2023 ($ million)

           

List of Tables

Table 1            Key Geographies Definition

Table 2            Key Caveats

Table 3            Currency Conversion 2013−2017

Table 4            YOY Impact of Market Growth Enablers 2017−2023

Table 5            YOY Impact of Market Growth Restraints 2017−2023

Table 6            YOY Impact of Market Opportunities & Trends 2017−2023

Table 7            Qualitative Summary of Market

Table 8            Quantitative Summary of Market by Cooling Infrastructure 2017–2023 ($ million)

Table 9            Quantitative Summary of Market by Cooling Systems 2017–2023 ($ million)

Table 10         Quantitative Summary of Market by Cooling Technique 2017–2023 ($ million)

Table 11         Quantitative Summary of Market by Liquid Cooling Technique 2017–2023 ($ million)

Table 12         Quantitative Summary of Market by Tier Standards 2017–2023 ($ million)

Table 13         Quantitative Summary of Market by Regions 2017–2023 ($ million)

Table 14         Quantitative Summary of South Eastern US 2017–2023 ($ million)

Table 15         Quantitative Summary of South Western US 2017–2023 ($ million)

Table 16         Quantitative Summary of Mid-Western US 2017–2023 ($ million)

Table 17         Quantitative Summary of Western US 2017–2023 ($ million)

Table 18         Quantitative Summary of North Eastern US 2017–2023 ($ million)

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