U.S. Sustainable Data Center Market - Industry Outlook & Forecast 2024-2029

226 pages

08 tables

70 charts

5 region

1 countries

64 company

2 segments

Purchase Options

$4500.00
$5500.00
$6500.00
$4000.00

Have a question?

Please get in touch with our team in case of any queries

+1-312-235-2040

THE U.S. SUSTAINABLE DATA CENTER MARKET SIZE WAS VALUED AT USD 17.00 BILLION IN 2023 AND IS EXPECTED TO REACH USD 35.35 BILLION BY 2029, GROWING AT A CAGR OF 12.98%.

The U.S. Sustainable Data Center Market Research Report Includes Size, Share, and Growth in Terms of

  1. Infrastructure: Electrical Infrastructure, Mechanical Infrastructure, and General Construction
  2. Geography: United States (Southeastern U.S., Midwestern U.S., Southwestern U.S., Western U.S., and Northeastern U.S.)

Industry Analysis Report, Regional Outlook, Growth Potential, Price Trends, Competitive Market Share & Forecast 2024–2029.

Customize this Report

This report includes market data points, ranging from trend
analyses to market estimates & forecasts that you can customize

THE U.S. SUSTAINABLE DATA CENTER MARKET REPORT SCOPE

REPORT ATTRIBUTEDETAILS
Market Size (2029)USD 35.35 Billion
Market Size (2023)USD 17 Billion
CAGR BY INVESTMENT (2023-2029)12.98%
POWER CAPACITY (2029)3,759 MW
HISTORIC YEAR2020-2022
BASE YEAR2023
FORECAST YEAR2024-2029
SEGMENTS BYInfrastructure and Geography
GEOGRAPHICAL ANALYSISUnited States (Southeastern U.S., Midwestern U.S., Southwestern U.S., Western U.S., and Northeastern U.S.)
Interested in this Report?

Download a Sample!

INDUSTRY INSIGHTS

The U.S. sustainable data center market by investment was valued at USD 17.00 billion in 2023 and is expected to reach USD 35.35 billion by 2029, growing at a CAGR of 12.98% during the forecast period. Data Center operators across the U.S. have been noticeably embracing the trend of buying renewable energy throughout the year. The operators are actively opting for clean power sources such as wind or solar as a significant shift toward more sustainable practices in the data center industry. Several operators, which include colocation and hyperscale operators such as AWS, Meta, CyrusOne, Equinix, Digital Realty, QTS Realty Trust, Microsoft, STACK Infrastructure, Google, and many others, were involved in procuring renewable and clean energy to power their data center facilities, striving for a cleaner and greener future.

KEY HIGHLIGHTS

  1. The U.S. sustainable data center market is expanding rapidly, driven by the need for eco-friendly data storage solutions. For instance, Google’s data centers have significantly reduced energy consumption by optimizing their operations with AI-powered energy management systems.
  2. Policy drivers and other regulations, such as the Paris Agreement, the RE100, and certifications such as Leadership in Energy and Environmental Design (LEED) and ISO50001, are driving the market for green data center development in the US.
  3. Hyperscale operators such as AWS, Meta (Facebook), Microsoft, Apple, and Google are leading in new sustainability innovations in the U.S. sustainable data center market.
  4. Most players, especially colocation operators such as Equinix, Digital Realty, CyrusOne, Aligned, STACK Infrastructure, Iron Mountain, QTS Realty Trust, Vantage Data Centers, and Switch, are investing in procuring renewable power and installing energy-efficient equipment.
  5. Data centers are adopting innovative cooling techniques to boost energy efficiency. Operators are now employing free cooling methods to reduce facility temperatures, leading to significant energy savings in cooling systems.

KEY TRENDS

Increased Focus on Renewable Energy Sources

  1. Major hyperscale operators, such as AWS, Google, Meta (Facebook), Microsoft, and Apple, are procuring renewable energy for their facilities in the U.S. sustainable data center market.
  2. For instance, AWS meets 85% of its energy requirements from renewable energy. Google, Meta (Facebook), and Apple meet 100% of their energy requirements for data centers from renewable energy. Microsoft aims to power all data centers with 100% renewable energy by 2025.
  3. Colocation operators such as Equinix, Digital Realty, CyrusOne, Vantage Data Centers, STACK Infrastructure, Iron Mountain, QTS Realty Trust, Aligned Data Centers, and others are proactively signing Power Purchase Agreements (PPAs) and procuring renewable energy to power their data center facilities to meet their sustainability goals.
  4. Digital Realty meets 100% of its data center energy requirements from renewable energy. QTS Realty Trust meets 35% of its energy requirements from renewable energy, and it targets 100% renewable energy by 2025.

Emerging Trends to Power Data Centers

  1. Hydrotreated Vegetable Oil (HVO) fuel is increasingly being used in the U.S. sustainable data center market as part of the push toward sustainability and reduced carbon footprint. For instance, in April 2024, Digital Realty announced its plan to deploy HVO to some of its diesel generators across the data center facilities in Oregon and California.
  2. Fuel cells are emerging as a promising solution for powering data centers due to their numerous advantages. Fuel cells can potentially revolutionize the data center industry by providing clean, efficient, and reliable power. For instance, in July 2024, CoreWeave, the GPU cloud provider, announced its plan to deploy fuel cells supplied by Bloom Energy in one of its data center facilities in Illinois.
  3. Microgrids and smart grids can be adopted by data center operators functioning in regions with an uncertain power supply owing to factors such as natural disasters and power fluctuations.
  4. Companies are developing innovative lithium-ion battery solutions tailored for data center applications. For instance, Google has implemented lithium-ion batteries in multiple data centers, including one in Alabama, to improve power efficiency and reliability.

Government Push Toward Sustainability

  1. The U.S. government made significant strides in achieving its goals outlined in the Federal Sustainability Plan.
  2. The aim is to have all government buildings produce zero emissions by 2045, with a halfway target of a 50% reduction by 2032.
  3. The goal is to achieve net-zero emissions from Federal procurement by 2050, incorporating a Buy Clean program to encourage using construction materials with lower embodied emissions.
  4. The plan is for all Federal operations to produce no net emissions by 2050, with a significant 65% reduction in emissions targeted by 2030.

SEGMENTATION INSIGHTS

Electrical Infrastructure

The electrical and power infrastructure landscape is undergoing significant changes and transformations from traditional uses. The market is now more focused on enhancing reliability and boosting efficiency.

  1. Compass Data Centers and Foster Fuels made an agreement together to produce Hydrogenated Vegetable Oil (HVO) based biodiesel for Compass Data Centers’ generators.
  2. Google has partnered with Fervo Energy to develop a geothermal power project to add clean energy to the Nevada power grid.
  3. Rolls-Royce announced its plan to offer small nuclear reactors for US-based cloud operators such as AWS, Google, and Microsoft.
  4. Microsoft has partnered with Eaton, which will outfit all of Microsoft’s data centers with grid-interactive UPS.

Mechanical Infrastructure

The increased deployment of artificial intelligence and machine learning workloads will increase liquid immersion and direct-to-chip cooling in the United States. This will help companies reduce their PUW to 1.4 or below.

  1. U.S. food company Cargill announced plant-based immersion cooling for its data centers.
  2. In January 2024, Danfoss is partnering with Google to supply cooling and heat reuse systems for Google's data centers. In addition, Google will provide artificial intelligence solutions to enhance customer experience, streamline internal processes, and improve overall productivity for the multinational engineering group.
  3. Companies have also adopted free cooling, zero-water cooling, and other methods to reduce their carbon footprint.
  4. Innovative cooling techniques, such as underwater and floating data centers, bring more efficiency to data center cooling.

General Construction

  1. Hyperscale operators such as AWS, Microsoft, Meta, Apple, and Google are leading in using sustainable materials for data center construction.
  2. Companies are introducing technologies such as green concrete, modular data centers, and more into their data center construction.
  3. AWS and American Rock Products collaborated to develop sustainable concrete for a concrete mix for its data centers.
  4. In September 2023, Microsoft was testing eco-friendly concrete blends at its data center in Quincy, Washington. The company is experimenting with concrete recipes that use ingredients such as microalgae, fly ash, and slag to reduce carbon dioxide emissions associated with concrete by 50%.

GEOGRAPHICAL ANALYSIS

  1. The Southeast U.S. is a major hub for renewable energy, boasting significant advances and investments in various sustainable energy resources.
  2. In 2023, the Southeast region led the United States sustainable data center market, contributing to around 40% share of power capacity. This share is expected to increase to over 42% during the forecast period.
  3. Across the U.S. sustainable data center market, companies are securing long-term renewable energy agreements to ensure a steady supply of green energy. For instance, Microsoft’s data centers in Texas and Iowa benefited from intensive wind and solar energy projects.
  4. States such as Virginia and North Carolina offer favorable tax incentives and grants to attract data center investments, making them attractive locations for operators.
  5. By 2050, most states in the U.S. aim to achieve 100% carbon-free electricity.

VENDOR LANDSCAPE

The U.S. sustainable data center market is rapidly evolving as organizations prioritize energy efficiency and sustainability.

  1. Google is among the top operators in the data center industry known for its commitment to sustainability and energy efficiency. The company aims to run all its data centers on carbon-free energy by 2030, and it uses AI to optimize cooling systems, reducing energy use by up to 30%.
  2. Renewable energy companies such as Dominion Energy, Avangrid, Apex Clean Energy, Fervo Energy, Orsted, EDF Renewables, ENEL Group, and many more supply renewable energy to data center operators. These companies are setting up new plants exclusively for data center operators, thus providing clean power sources for them. For instance, in January 2024, Microsoft signed a new solar PPA of 125 MW with Apex Clean Energy in Ohio.
  3. Colocation vendors such as Equinix, Digital Realty, QTS Realty Trust, Vantage Data Centers, CyrusOne, Compass Datacenters, STACK Infrastructure, and hyperscale vendors such as Microsoft, AWS, Google, Apple, Meta, and others are adopting the latest and sustainable technologies across the facilities.

SNAPSHOT

The U.S. sustainable data center market size by investment will reach USD 35.35 billion by 2029, growing at a CAGR of 12.98% from 2023 to 2029.

The following factors are likely to contribute to the growth of the U.S. sustainable data center market during the forecast period:

  1. Renewable Energy Initiatives by Hyperscale & Cloud Operators
  2. Renewable Energy Initiatives by Colocation & Enterprise Operators
  3. Government Push for Green Environment

Base Year: 2023

Forecast Year: 2024-2029

The study considers the present scenario of the U.S. sustainable data center market and its market dynamics for 2024−2029. It covers a detailed overview of several market growth enablers, restraints, and trends. The report offers both the demand and supply aspects of the industry. It profiles and examines leading companies and other prominent ones operating in the industry.

Data Center Investors

  1. Aligned Data Centers
  2. Business Overview
  3. Service Offerings
  4. Sustainability
  5. Amazon Web Services
  6. Apple
  7. Centersquare (Evoque)
  8. CloudHQ
  9. Cologix
  10. Compass Datacenters
  11. CoreSite (American Tower)
  12. CyrusOne
  13. DataBank
  14. DartPoints
  15. DC BLOX
  16. Digital Realty
  17. EdgeConneX (EQT Infrastructure)
  18. EdgeCore Digital Infrastructure
  19. Equinix
  20. Flexential
  21. Google
  22. H5 Data Centers
  23. Iron Mountain
  24. Meta (Facebook)
  25. Microsoft
  26. Nautilus Data Technologies
  27. Novva Data Centers
  28. NTT DATA
  29. Oracle
  30. PowerHouse Data Centers
  31. Prime Data Centers
  32. QTS Realty Trust
  33. Sabey Data Centers
  34. Serverfarm
  35. Skybox Datacenters
  36. STACK Infrastructure
  37. Stream Data Centers
  38. Switch
  39. T5 Data Centers
  40. TierPoint
  41. Vantage Data Centers
  42. Yondr

Renewable Energy Providers

  1. Adapture Renewables
  2. Business Overview
  3. Service Offerings
  4. Algonquin Power & Utilities Corp.
  5. Apex Clean Energy
  6. Avangrid Renewables
  7. DE Shaw Renewable Investments
  8. Dominion Energy
  9. ECL
  10. EDF Renewables
  11. Enel Group
  12. Engie
  13. Fervo Energy
  14. First Solar
  15. Leeward Renewable Energy
  16. Invenergy
  17. Lightsource bp
  18. NextEra Energy
  19. Pattern Energy
  20. Qcells
  21. Rocky Mountain Power
  22. Shell
  23. Solar Alliance Energy
  24. The AES Corporation
  25. Torch Clean Energy
  26. TotalEnergies
  27. Vitol Energy

Segmentation by Infrastructure

  1. Electrical Infrastructure
  2. Mechanical Infrastructure
  3. General Construction

Segmentation by Geography

  1. United States
  2. Southeastern U.S.
  3. Midwestern U.S.
  4. Southwestern U.S.
  5. Western U.S.
  6. Northeastern U.S.

Frequently Asked Questions

What is the growth rate of the U.S. sustainable data center market?

The U.S. sustainable data center market share by investment is growing at a CAGR of 12.98% from 2023-2029.

How big is the U.S. sustainable data center market?

The U.S. sustainable data center market size by investment was valued at USD 17.00 billion in 2023 and is expected to reach USD 35.35 billion by 2029.

What are the key trends in the United States sustainable data center market?

The adoption of advanced UPS batteries, innovation in power utilities, adoption of advanced fuel sources, adoption of advanced cooling technologies, and innovation in data center construction are some key trends in the United States sustainable data center market.

How many MW of power capacity is expected to reach the U.S. sustainable data center market by 2029?

In the U.S. sustainable data center market, power capacity is expected to reach 3,759 MW by 2029.

Which region dominates the U.S. sustainable data center market share?

The Southeast region held the largest U.S. sustainable data center market share in 2023.

Exhibit 1: Market Derivation

Exhibit 2: Geographical Insights for US Sustainable Data Center Market

Exhibit 3: Key Highlights for US Sustainable Data Center Market

Exhibit 4: Benefits of Sustainable Data Centers

Exhibit 5: IT or Data Center Metrics for Corporate Sustainability

Exhibit 6: Data Center Industry Must Prioritize Several Measurements

Exhibit 7: Technologies With Great Impact on Sustainability

Exhibit 8: Key Considerations for Making Data Centers Sustainable

Exhibit 9: Data Center Sustainability Metrics (As of 2023)

Exhibit 10: Sustainability Measures Across Data Centers

Exhibit 11: Average Annual PUE

Exhibit 12: Examples of Data Centers With a PUE <1.4

Exhibit 13: Key Metrix of PUE in Data Centers

Exhibit 14: Overview of RE100

Exhibit 15: Sustainability Target Across US States

Exhibit 16: Percentage of Overall Power Derived from Renewable Sources by US State (2023)

Exhibit 17: Renewable Energy Power Purchase Agreements Among Leading Hyperscale Operators

Exhibit 18: Renewable Energy Power Purchase Agreement Among Colocation Operators

Exhibit 19: Impact of Key Driving Factors 2023 & 2029

Exhibit 20: Understanding the Working Mechanism of Fuel Cells

Exhibit 21: Companies Involved in Generation of HVO Fuel Across US

Exhibit 22: Overview of Microgrid Functionality

Exhibit 23: Components of Microgrids

Exhibit 24: North America Electric Power Grids

Exhibit 25: Overview of Smart Grid Functionality

Exhibit 26: Benefits of Smart Grids

Exhibit 27: Impact of Key Driving Factors 2023 & 2029

Exhibit 28: Sustainability Target by Hyperscale Operators

Exhibit 29: Sustainability Targets by Colocation Data Centers Operators

Exhibit 30: Impact of Key Growth Enablers 2023 & 2029

Exhibit 31: Global CO2 Emissions Generated by Sectors

Exhibit 32: Google Data Centers Carbon Free Energy Map in US (2022)

Exhibit 33: Ranking of Data Center Types

Exhibit 34: Data Centers Use Water for Following Purposes

Exhibit 35: Several Weather and Climate Disasters Across US in 2023

Exhibit 36: Factors Driving Site Selection Criteria

Exhibit 37: Challenges Faced by Data Center Industry

Exhibit 38: Five Key Factors that Drive Data Centers Toward Sustainability

Exhibit 39: Renewable Energy Capacity in US 2023 (% Share)

Exhibit 40: US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 41: US Sustainable Data Center Market by Power Capacity 2020-2029 (MW)

Exhibit 42: US Sustainable Data Center Market by Infrastructure 2020-2029 ($ billion)

Exhibit 43: Snapshot of US Sustainable Data Center Market by Infrastructure ($ billion)

Exhibit 44: Cumulative Investment by Infrastructure 2024-2029

Exhibit 45: Overview of US Sustainable Data Center Market by Infrastructure

Exhibit 46: US Sustainable Data Center Market by Electrical Infrastructure 2020–2029 ($ billion)

Exhibit 47: US Sustainable Data Center Market by Mechanical Infrastructure 2020-2029 ($ billion)

Exhibit 48: US Sustainable Data Center Market by General Construction 2020-2029 ($ billion)

Exhibit 49: Overview of US Sustainable Data Center Market across Regions by Investments 2023 & 2029 ($ billion)

Exhibit 50: Overview of US Sustainable Data Center Market across Regions by Power Capacity 2023 & 2029 (MW)

Exhibit 51: Overview of Southeastern US Sustainable Data Center Market

Exhibit 52: Renewable Energy Generation in Southeastern US States (Q4 2022 – Q3 2023)

Exhibit 53: Southeastern US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 54: Southeastern US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)

Exhibit 55: Overview of Midwestern US Sustainable Data Center Market

Exhibit 56: Renewable Energy Generation across Midwestern US States (Q4 2022 – Q3 2023)

Exhibit 57: Midwestern US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 58: Midwestern US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)

Exhibit 59: Overview of Southwestern US Sustainable Data Center Market

Exhibit 60: Renewable Energy Generation across Southwestern US States (Q4 2022- Q3 2023)

Exhibit 61: Southwestern US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 62: Southwestern US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)

Exhibit 63: Overview of Western US Sustainable Data Center Market

Exhibit 64: Renewable Energy Generation across Western US States (Q4 2022 - Q3 2023)

Exhibit 65: Western US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 66: Western US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)

Exhibit 67: Overview of Northeastern US Sustainable Data Center Market

Exhibit 68: Renewable Energy Generation across Northeastern US States (Q4 2022- Q3 2023)

Exhibit 69: Northeastern US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Exhibit 70: Northeastern US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)


LIST OF TABLES



Table 1: Factors that Make Data Centers Green

Table 2: Other Energy Certifications

Table 3: Data Center Water Consumption

Table 4: US Sustainable Data Center Market 2020–2029

Table 5: US Sustainable Data Center Market by Infrastructure 2020–2029 ($ billion)

Table 6: US Sustainable Data Center Market by Investment 2020–2029 ($ billion)

Table 7: US Sustainable Data Center Market by Power Capacity 2020–2029 (MW)

Table 8: Currency Conversion Table (2016–2023)

1. REPORT COVERAGE

1.1. WHAT’S INCLUDED

1.2. SEGMENTAL COVERAGE

1.2.1. Market Segmentation by Infrastructure

1.2.2. Market Segmentation by Geography

2. MARKET AT A GLANCE

2.1. KEY MARKET TRENDS

3. PREMIUM INSIGHTS

3.1. GEOGRAPHICAL INSIGHTS

3.2. KEY HIGHLIGHTS

3.3. KEY MARKET TRENDS

3.4. GEOGRAPHICAL ANALYSIS

3.5. SEGMENTAL ANALYSIS

3.6. VENDOR ANALYSIS

4. INTRODUCTION

4.1. OVERVIEW

4.2. PLANS FOR MAKING DATA CENTERS SUSTAINABLE

4.2.1. Green Data Center Metrics

4.3. DATA CENTERS SHIFT TOWARD SUSTAINABILITY

4.4. POWER USAGE EFFECTIVENESS (PUE)

4.4.1. Key

4.5. POLICY DRIVERS

4.5.1. The iMasons Climate Accord (ICA)

4.5.2. RE100

4.5.3. Energy Certifications

4.5.4. Greenhouse Gas Protocol, Paris Agreement, and Science-based Targets Initiative (SBTI)

4.6. SHIFT TOWARD GREEN ENVIRONMENT AND ENERGY

4.7. ADOPTION OF RENEWABLE & GREEN ENERGY BY DATA CENTER OPERATORS

4.7.1. Hyperscale Operators are Increasingly Securing Renewable Energy

4.7.2. Renewable Energy Adoption by Colocation Service Providers

5. MARKET OPPORTUNITIES & TRENDS

5.1. ADOPTION OF ADVANCED UPS BATTERIES

5.1.1. Lithium-ion Batteries

5.1.2. Liquid Metal Batteries

5.1.3. Sodium-ion Batteries

5.1.4. Nickel Zinc Batteries

5.2. ADOPTION OF ADVANCED FUEL SOURCES

5.2.1. Fuel Cells

5.2.2. Hydrotreated Vegetable Oil (HVO)

5.2.3. Natural Gas Generators

5.2.4. Nuclear Energy Generation

5.2.5. Other Innovation

5.3. ADOPTION OF ADVANCED COOLING TECHNOLOGIES

5.3.1. Free Cooling

5.3.2. Liquid Immersion Cooling

5.3.3. Underwater Data Centers

5.3.4. Floating Data Centers

5.3.5. Other Innovation

5.4. INNOVATION IN DATA CENTER CONSTRUCTION

5.4.1. Green Concrete

5.4.2. Modular Data Center

5.4.3. Other Innovation

5.5. INNOVATION IN POWER UTILITIES

5.5.1. Microgrid

5.5.2. Smart Grid

5.6. AI, METAVERSE, HPC, & CLOUD COMPUTING INCREASE LIQUID COOLING REQUIREMENTS

6. MARKET GROWTH ENABLERS

6.1. RENEWABLE ENERGY INITIATIVES BY HYPERSCALE & CLOUD OPERATORS

6.2. RENEWABLE ENERGY INITIATIVES BY COLOCATION & ENTERPRISE OPERATORS

6.2.1. Sustainability Targets by Colocation Data Center Operators

6.2.2. Initiatives by Enterprise Data Center Operators/Customers

6.3. GOVERNMENT PUSH FOR GREEN ENVIRONMENT

6.3.1. Federal Government Regulations

6.3.2. State Government Regulation

7. MARKET RESTRAINTS

7.1. RISE IN CARBON EMISSIONS FROM DATA CENTERS

7.2. WATER CONSUMPTION BY DATA CENTERS

7.3. DISTURBING WEATHER PATTERN ACROSS US

7.4. SITE SELECTION AND DEVELOPMENT CONSTRAINTS

7.4.1. Lack of Space

7.4.2. Power Constraint

7.4.3. Data Center Activism

7.5. OTHER CHALLENGES FACED BY DATA CENTERS

8. MARKET LANDSCAPE

8.1. MARKET OVERVIEW

8.2. INVESTMENT: MARKET SIZE & FORECAST

8.3. POWER CAPACITY: MARKET SIZE & FORECAST

8.4. INFRASTRUCTURE: MARKET SIZE & FORECAST

9. INFRASTRUCTURE

9.1. MARKET SNAPSHOT & GROWTH ENGINE

9.2. KEY HIGHLIGHTS

9.3. ELECTRICAL INFRASTRUCTURE

9.3.1. Market Overview

9.3.2. Market Size & Forecast

9.4. MECHANICAL INFRASTRUCTURE

9.4.1. Market Overview

9.4.2. Market Size & Forecast

9.5. GENERAL CONSTRUCTION

9.5.1. Market Overview

9.5.2. Market Size & Forecast

10. GEOGRAPHY OVERVIEW

10.1. SOUTHEASTERN US

10.1.1. Market Snapshot & Growth Engine

10.1.2. Market Overview

10.1.3. Investment: Market Size & Forecast

10.1.4. Power Capacity: Market Size & Forecast

10.2. MIDWESTERN US

10.2.1. Market Snapshot and Growth Engine

10.2.2. Market Overview

10.2.3. Investment: Market Size & Forecast

10.2.4. Power Capacity: Market Size & Forecast

10.3. SOUTHWESTERN US

10.3.1. Market Snapshot and Growth Engine

10.3.2. Market Overview

10.3.3. Investment: Market Size & Forecast

10.3.4. Power Capacity: Market Size & Forecast

10.4. WESTERN US

10.4.1. Market Snapshot and Growth Engine

10.4.2. Market Overview

10.4.3. Investment: Market Size & Forecast

10.4.4. Power Capacity: Market Size & Forecast

10.5. NORTHEASTERN US

10.5.1. Market Snapshot and Growth Engine

10.5.2. Market Overview

10.5.3. Investment: Market Size & Forecast

10.5.4. Power Capacity: Market Size & Forecast

11. COMPETITIVE LANDSCAPE

11.1. DATA CENTER INVESTORS

11.2. RENEWABLE ENERGY PROVIDERS

12. DATA CENTER INVESTORS

12.1. ALIGNED DATA CENTERS

12.1.1. Business Overview

12.1.2. Service Offerings

12.1.3. Sustainability

12.2. AMAZON WEB SERVICES

12.2.1. Business Overview

12.2.2. Service Offerings

12.2.3. Sustainability

12.3. APPLE

12.3.1. Business Overview

12.3.2. Service Offerings

12.3.3. Sustainability

12.4. CENTERSQUARE (EVOQUE)

12.4.1. Business Overview

12.4.2. Service Offerings

12.4.3. Sustainability

12.5. CLOUDHQ

12.5.1. Business Overview

12.5.2. Service Offerings

12.5.3. Sustainability

12.6. COLOGIX

12.6.1. Business Overview

12.6.2. Service Offerings

12.6.3. Sustainability

12.7. COMPASS DATACENTERS

12.7.1. Business Overview

12.7.2. Service Offerings

12.7.3. Sustainability

12.8. CORESITE (AMERICAN TOWER)

12.8.1. Business Overview

12.8.2. Service Offering

12.8.3. Sustainability

12.9. CYRUSONE

12.9.1. Business Overview

12.9.2. Service Offerings

12.9.3. Sustainability

12.10. DATABANK

12.10.1. Business Overview

12.10.2. Service Offerings

12.10.3. Sustainability

12.11. DARTPOINTS

12.11.1. Business Overview

12.11.2. Service Offerings

12.11.3. Sustainability

12.12. DC BLOX

12.12.1. Business Overview

12.12.2. Service Offerings

12.13. DIGITAL REALTY

12.13.1. Business Overview

12.13.2. Service Offerings

12.13.3. Sustainability

12.14. EDGECONNEX (EQT INFRASTRUCTURE)

12.14.1. Business Overview

12.14.2. Service Offerings

12.14.3. Sustainability

12.15. EDGECORE DIGITAL INFRASTRUCTURE

12.15.1. Business Overview

12.15.2. Service Offerings

12.15.3. Sustainability

12.16. EQUINIX

12.16.1. Business Overview

12.16.2. Service Offerings

12.16.3. Sustainability

12.17. FLEXENTIAL

12.17.1. Business Overview

12.17.2. Service Offerings

12.17.3. Sustainability

12.18. GOOGLE

12.18.1. Business Overview

12.18.2. Service Offerings

12.18.3. Sustainability

12.19. H5 DATA CENTERS

12.19.1. Business Overview

12.19.2. Service Offerings

12.19.3. Sustainability

12.20. IRON MOUNTAIN

12.20.1. Business Overview

12.20.2. Service Offerings

12.20.3. Sustainability

12.21. META (FACEBOOK)

12.21.1. Business Overview

12.21.2. Service Offerings

12.21.3. Sustainability

12.22. MICROSOFT

12.22.1. Business Overview

12.22.2. Service Offerings

12.22.3. Sustainability

12.23. NAUTILUS DATA TECHNOLOGIES

12.23.1. Business Overview

12.23.2. Service Offerings

12.23.3. Sustainability

12.24. NOVVA DATA CENTERS

12.24.1. Business Overview

12.24.2. Services Offerings

12.24.3. Sustainability

12.25. NTT DATA

12.25.1. Business Overview

12.25.2. Service Offerings

12.25.3. Sustainability

12.26. ORACLE

12.26.1. Business Overview

12.26.2. Service Offerings

12.26.3. Sustainability

12.27. POWERHOUSE DATA CENTERS

12.27.1. Business Overview

12.27.2. Service Offerings

12.27.3. Sustainability

12.28. PRIME DATA CENTERS

12.28.1. Business Overview

12.28.2. Services Offerings

12.28.3. Sustainability

12.29. QTS REALTY TRUST

12.29.1. Business Overview

12.29.2. Service Offerings

12.29.3. Sustainability

12.30. SABEY DATA CENTERS

12.30.1. Business Overview

12.30.2. Service Offerings

12.30.3. Sustainability

12.31. SERVERFARM

12.31.1. Business Overview

12.31.2. Service Offerings

12.31.3. Sustainability

12.32. SKYBOX DATACENTERS

12.32.1. Business Overview

12.32.2. Service Offerings

12.33. STACK INFRASTRUCTURE

12.33.1. Business Overview

12.33.2. Service Offerings

12.33.3. Sustainability

12.34. STREAM DATA CENTERS

12.34.1. Business Overview

12.34.2. Services Offerings

12.34.3. Sustainability

12.35. SWITCH

12.35.1. Business Overview

12.35.2. Service Offerings

12.35.3. Sustainability

12.36. T5 DATA CENTERS

12.36.1. Business Overview

12.36.2. Service Offerings

12.36.3. Sustainability

12.37. TIERPOINT

12.37.1. Business Overview

12.37.2. Service Offerings

12.37.3. Sustainability

12.38. VANTAGE DATA CENTERS

12.38.1. Business Overview

12.38.2. Service Offerings

12.38.3. Sustainability

12.39. YONDR

12.39.1. Business Overview

12.39.2. Service Offerings

12.39.3. Sustainability

13. RENEWABLE ENERGY PROVIDERS

13.1. ADAPTURE RENEWABLES

13.1.1. Business Overview

13.1.2. Service Offerings

13.2. ALGONQUIN POWER & UTILITIES CORP.

13.2.1. Business Overview

13.2.2. Service Offerings

13.3. APEX CLEAN ENERGY

13.3.1. Business Overview

13.3.2. Service Offerings

13.4. AVANGRID RENEWABLES

13.4.1. Business Overview

13.4.2. Service Offerings

13.5. DE SHAW RENEWABLE INVESTMENTS

13.5.1. Business Overview

13.5.2. Service Offerings

13.6. DOMINION ENERGY

13.6.1. Business Overview

13.6.2. Service Offerings

13.7. ECL

13.7.1. Business Overview

13.7.2. Service Offerings

13.8. EDF RENEWABLES

13.8.1. Business Overview

13.8.2. Service Offerings

13.9. ENEL GROUP

13.9.1. Business Overview

13.9.2. Service Offerings

13.10. ENGIE

13.10.1. Business Overview

13.10.2. Service Offerings

13.11. FERVO ENERGY

13.11.1. Business Overview

13.11.2. Service Offerings

13.12. FIRST SOLAR

13.12.1. Business Overview

13.12.2. Service Offerings

13.13. LEEWARD RENEWABLE ENERGY

13.13.1. Business Overview

13.13.2. Service Offerings

13.14. INVENERGY

13.14.1. Business Overview

13.14.2. Service Offerings

13.15. LIGHTSOURCE BP

13.15.1. Business Overview

13.15.2. Service Offerings

13.16. NEXTERA ENERGY

13.16.1. Business Overview

13.16.2. Service Offerings

13.17. PATTERN ENERGY

13.17.1. Business Overview

13.17.2. Service Offerings

13.18. QCELLS

13.18.1. Business Overview

13.18.2. Service Offerings

13.19. ROCKY MOUNTAIN POWER

13.19.1. Business Overview

13.19.2. Service Offerings

13.20. SHELL

13.20.1. Business Overview

13.20.2. Service Offerings

13.21. SOLAR ALLIANCE ENERGY

13.21.1. Business Overview

13.21.2. Service Offerings

13.22. THE AES CORPORATION

13.22.1. Business Overview

13.22.2. Service Offerings

13.23. TORCH CLEAN ENERGY

13.23.1. Business Overview

13.23.2. Service Offerings

13.24. TOTALENERGIES

13.24.1. Business Overview

13.24.2. Service Offerings

13.25. VITOL ENERGY

13.25.1. Business Overview

13.25.2. Services Offering

14. QUANTITATIVE SUMMARY

14.1. US SUSTAINABLE DATA CENTER MARKET

14.1.1. Market Size & Forecast

14.2. INFRASTRUCTURE

14.2.1. Market Size & Forecast

14.3. INVESTMENT BY INVESTMENT

14.3.1. Market Size & Forecast

14.4. INVESTMENT BY POWER CAPACITY

14.4.1. Market Size & Forecast

15. APPENDIX

15.1. LIST OF ABBREVIATIONS

15.2. CURRENCY CONVERSION

Select a license type that suits your business needs

Single User Licence

$4500.00
  • Report accessible by one user only
  • Free 10% or 3 days of customization
  • Free post-sale service assistance
  • Continuous support through email

5 User Licence

$5500.00
  • Report accessible by 5 users within the organization
  • Free 15% or 4.5 days of customization
  • Continuous support through email and telephone
  • Free analyst hour
  • Free Upgrade: If an updated report published within 180 days of purchase, you will get the revised report free of charge

Corporate Licence

$6500.00
  • Free Datasheet worth $1500
  • Report accessible by the entire organization
  • Free 20% or 6 days of customization
  • Free post-sale service assistance
  • Continuous support through email and telephone
  • Direct access to lead analysts
  • Free analyst hour
  • Free Upgrade: If an updated report published within 180 days of purchase, you will get the revised report free of charge

Datasheet Licence

$4000.00
  • Report accessible by 1 user only
  • Free 15% or 32 hours of customization
  • Free post-sale service assistance
  • Direct access to lead analysts

Frequently Asked Questions

What is the growth rate of the U.S. sustainable data center market?

The U.S. sustainable data center market share by investment is growing at a CAGR of 12.98% from 2023-2029.

How big is the U.S. sustainable data center market?

The U.S. sustainable data center market size by investment was valued at USD 17.00 billion in 2023 and is expected to reach USD 35.35 billion by 2029.

What are the key trends in the United States sustainable data center market?

The adoption of advanced UPS batteries, innovation in power utilities, adoption of advanced fuel sources, adoption of advanced cooling technologies, and innovation in data center construction are some key trends in the United States sustainable data center market.

How many MW of power capacity is expected to reach the U.S. sustainable data center market by 2029?

In the U.S. sustainable data center market, power capacity is expected to reach 3,759 MW by 2029.

Which region dominates the U.S. sustainable data center market share?

The Southeast region held the largest U.S. sustainable data center market share in 2023.