APAC Sustainable Data Center Market - Industry Analysis & Outlook 2024-2029
The APAC sustainable data center market is expected to grow at a CAGR of 15.43% from 2023 to 2029.
KEY HIGHLIGHTS
China, Australia, Japan, India, Thailand, Indonesia, Singapore, and Malaysia are leading the development of sustainable data centers in the Asia-Pacific sustainable data center market. Data center operators and governments in these countries have advanced the use of renewable energy and other sustainable practices due to ongoing global warming and climate change issues.
In 2024, solar and wind energy dominate the market, with hydro and biomass following. Renewable energy companies have expanded their non-fossil fuel portfolios by investing in new projects and securing power purchase agreements with data centers to enhance sustainability.
Cloud data center providers, such as Google, Microsoft, Tencent, AWS, Alibaba, and Huawei, fuel market expansion through sustainable investments and cutting-edge technologies. They have partnered with leading renewable energy providers to secure regional power purchase agreements (PPAs).
Data centers increasingly turn to geothermal energy in 2024 alongside solar, wind, and biomass sources. In APAC, South Korea and Indonesia lead in geothermal adoption, with companies such as LG U+ and Princeton Digital Group(PDG) purchasing geothermal power from top renewable energy provider to fuel their operations.
KEY TRENDS
Innovations in the Data Center Technologies
In January 2024, Honda and Mitsubishi revealed plans to pilot a small data center using hydrogen from Tokuyama Corporation's electrolysis plant. This hydrogen, a by-product of sodium hypochlorite and chlorine production, will power Honda's fuel-cell power station and Mitsubishi's data center. The project will run until March 31, 2026.
In the APAC sustainable data center market, leaders like STT GDC, GDS, and Equinix have adopted Hydrotreated vegetable oil (HVO) fuel for their generators to enhance sustainability. In 2024, GDS China and STT GDC transitioned to HVO and hydrogen fuel cells for backup power.
Microsoft and the Pacific Northwest National Laboratory have made notable advancements in battery technology through artificial intelligence in APAC data centers. Their new material, N2116, has the potential to cut lithium use by up to 70% compared to current batteries.
In December 2023, Digital Edge trialed a new robot prototype named Nora’ at its Narra 1 data center in Manila, Philippines. Nora autonomously navigates and assists visitors using facial recognition and voice commands, functioning for up to eight hours on a single charge.
Government Push Toward Sustainability
Governments across APAC, including China, Australia, New Zealand, India, Indonesia, Malaysia, Singapore, and Thailand, have made concerted efforts to boost the use of renewable energy sources.
In 2023, the Ministry of Finance of China, Ecology and Environment, and Industry and Information Technology introduced a Green Data Center standard, effective July 1, 2023. The standard mandates specific criteria for equipment and services, including a Power Usage Effectiveness (PUE) of under 1.4 from June 2023 and under 1.3 from 2025, and requires a water-to-power consumption ratio of less than 2.5 L/kWh.
In November 2023, Singapore's Minister of State for Trade and Industry unveiled the Sustainable Tropical Data Centre Testbed (STDCT), a cutting-edge facility designed for tropical climates. Hosted by the National University of Singapore, this testbed marks a significant milestone in advancing data center technology and supports Singapore's green technology goals under the RIE 2025 plan.
Thailand 4.0 aims to implement smart energy initiatives for economic development. Under the policy, over $6 billion will be invested by the state-owned enterprises in smart grids before 2036 to improve the grid’s resilience and efficiency, leading to reduced carbon emissions.
GEOGRAPHICAL ANALYSIS
Several countries in Asia-Pacific (APAC) are implementing renewable energy sources to meet their growing energy needs. Notable among these are China, Australia, Japan, India, South Korea, Singapore, Malaysia, and Indonesia.
By 2030, China's data center water usage will increase from 1.3 billion cubic meters to over three billion cubic meters, driven by surging AI needs. While national standards for Water Usage Effectiveness (WUE) are absent, cities such as Shanghai have set targets, such as a WUE of 1.4.
In Singapore, the government has launched the Singapore Green Plan 2030. It sets ambitious targets to boost solar energy capacity to 1.5 gigawatts peak (GWp) by 2025 and further expand it to 2 GWp by 2030.
By 2025, Australia aims to convert its main power grid to 100% renewable energy. Initially, this will involve intermittent renewables to reach 82% renewable energy by 2030 through enhanced wind, solar, and energy storage.
India plans to install about 500 gigawatts (GW) of renewable energy by 2030, including 140 GW of wind power and 280 GW of solar energy.
Each country has made strides toward a more sustainable future, reflecting a broader trend in APAC toward increased reliance on renewable energy.
Segmentation by Geography
APAC
China
Hong Kong
Australia & New Zealand
Japan
India
South Korea
Rest of APAC
Southeast Asia
Singapore
Indonesia
Malaysia
Other Southeast Asian Countries
VENDOR LANDSCAPE
Large Colocation and Hyperscale Data Center Operators Drive APAC Sustainable Data Center Market Growth
Cloud data center tech giants such as Google, Microsoft, Tencent, Meta, and AWS have led the charge in renewable energy across APAC and various sectors, especially government. For instance, in 2024, AWS constructed a secure, sustainable data center for the Australian government, which has pledged USD 850 million over ten years for security and green sustainability.
Major colocation and hyperscale data center operators, such as Equinix, Singtel, STT GDC, NTT Data Centers, and Digital Realty, have actively reduced their carbon footprints by investing in renewable energy. New players, such as Datagrid, Datacom New Zealand, DataVolt, and Bitera Data Center, contribute significantly to sustainable data centers. In 2024, these firms channel millions into Power Purchase Agreements (PPAs) for renewable energy, enhancing their commitment to sustainability.
Key renewable energy players in the APAC sustainable data center market include ACCIONA Energia, Adani Green Energy, AGL Energy, and ReNew Power Ventures. In 2024, new entrants, such as FRV Australia, Mercury NZ, and Shizen Energy, have partnered with leading data centers to enhance sustainability.
Prominent Data Center Investors
AirTrunk
Bitera Data Center
Alibaba Group
Amazon Web Services (AWS)
AdaniConneX
Apple
Big Data Exchange (BDx)
CDC Data Centres
Chayora
China Telecom
China Mobile
Chindata Group
China Unicom
Colt Data Centre Services
Converge ICT
CtrlS Datacenters
Datacom
Datagrid
Datavolt
Digital Edge DC
Digital Realty
Equinix
Meta
GDS Services
Global Switch
Google
Huawei Technologies
Iron Mountain
Keppel Data Centres
LG Uplus
Lotte Innovate
Microsoft
NEXTDC
NTT Global Data Centers
Nxera
Nxtra by Airtel
OneAsia Network
Open DC
Pi Datacenters
Princeton Digital Group (PDG)
Pure Data Centres
RackBank
Regal Orion
Sify Technologies
SpaceDC
ST Telemedia Global Data Centres
STACK Infrastructure
SUNeVision
Vantage Data Centers
VADS Berhad
Viettel IDC
VNET
Yondr
Yotta Infrastructure
YTL Data Center
Renewable Energy Providers
ACCIONA Energa
Adani Green Energy (AGEL)
AGL Energy
AMP Energy
AMPIN Energy Transition
Avaada Energy
Cenergi Sea
China Yangtze Power (CYPC)
Continuum Green Energy
EDF Renewables
ENEOS Renewable Energy Corporation
Fotowatio Renewable Ventures (FRV)
GreenYellow
GCL-Poly Energy Holdings
Ib Vogt
JinkoSolar
Mercury
Neste
Solar Power New Zealand
OX2
PacificLight Energy
Peak Energy
ReNew Power Ventures
SB Energy
Sembcorp Industries (Sembcorp)
Shell
Shizen Energy
Suzlon Energy
Solargiga Energy
Star Energy Geothermal
SunSource Energy
TagEnergy
Tata Power Solar Systems
TEPCO
TotalEnergies
The AES Corporation
Trina Solar
Vena Energy
Woodside Energy
Goldwind
KEY QUESTIONS ANSWERED:
1. How big is the APAC sustainable data center market?
2. Which country dominates the APAC sustainable data center market share?
3. What are the key trends in the APAC sustainable data center market?
4. What is the growth rate of the APAC sustainable data center market?
5. How many MW of power capacity is expected to reach the APAC sustainable data center market by 2029?
1. REPORT COVERAGE
1.1. WHAT’S INCLUDED
1.2. SEGMENTAL COVERAGE
1.2.1. Market Segmentation by Colocation Service Type
1.2.2. Market Segmentation by Support Infrastructure
1.2.3. Market Segmentation by Electrical Infrastructure
1.2.4. Market Segmentation by Mechanical Infrastructure
1.2.5. Market Segmentation by Cooling Systems
1.2.6. Market Segmentation by Cooling Techniques
1.2.7. Market Segmentation by General Construction
1.2.8. Market Segmentation by Tier Standards
2. MARKET AT A GLANCE
3. PREMIUM INSIGHTS
3.1. KEY MARKETS HIGHLIGHTS
3.2. KEY MARKETS TRENDS
3.2.1. Increased Digitalization
3.2.2. Rise in Mergers and Acquisitions & Joint Ventures
3.3. SEGMENTATION ANALYSIS
3.4. GEOGRAPHICAL ANALYSIS
3.5. VENDOR ANALYSIS
4. INTRODUCTION
4.1. INTERNEdT PENETRATION
4.2. DIGITAL APAC
4.2.1. Hong Kong
4.2.2. Australia
4.2.3. New Zealand
4.2.4. India
4.2.5. Japan
4.2.6. Taiwan
4.2.7. South Korea
4.2.8. Malaysia
4.2.9. Thailand
4.2.10. Indonesia
4.2.11. Philippines
4.2.12. Vietnam
4.3. NETWORK READINESS INDEX
4.3.1. Technology
4.3.2. People
4.3.3. Governance
4.3.4. Impact
5. MARKET OPPORTUNITIES & TRENDS
5.1. AI INFLUENCES DATA CENTER GROWTH
5.2. 5G HELPS EDGE DATA CENTERS GROW
5.3. GROWTH IN ADOPTION OF RENEWABLE ENERGY
6. MARKET GROWTH ENABLERS
6.1. ADOPTION OF CLOUD-BASED SERVICES TO DRIVE DATA CENTER MARKET
6.2. MERGERS AND ACQUISITIONS & JOINT VENTURES IN REGION
6.3. INCREASE IN SUBMARINE CONNECTIVITY
6.4. INCREASE IN INTERNET CONNECTIVITY AND DIGITAL ECONOMY
7. MARKET RESTRAINTS
7.1. LOCATION CONSTRAINTS ON DATA CENTER DEVELOPMENT
7.2. RISE IN POWER AND NETWORK OUTAGES
7.3. SECURITY CHALLENGES IN DATA CENTER
8. MARKET LANDSCAPE
8.1. MARKET OVERVIEW
8.2. INVESTMENT: MARKET SIZE & FORECAST
8.3. AREA: MARKET SIZE & FORECAST
8.4. POWER CAPACITY: MARKET SIZE & FORECAST
8.5. COLOCATION REVENUE: MARKET SIZE & FORECAST
9. COLOCATION SERVICES MARKET
9.1. MARKET SNAPSHOT
9.2. MARKET OVERVIEW
9.3. RETAIL COLOCATION
9.3.1. Market Overview
9.3.2. Revenue: Market Size & Forecast
9.4. WHOLESALE COLOCATION
9.4.1. Market Overview
9.4.2. Revenue: Market Size & Forecast
10. SUPPORT INFRASTRUCTURE
10.1. MARKET SNAPSHOT
10.2. KEY HIGHLIGHTS
10.3. MARKET OVERVIEW
10.4. ELECTRICAL INFRASTRUCTURE
10.4.1. Market Overview
10.4.2. Investment: Market Size & Forecast
10.5. MECHANICAL INFRASTRUCTURE
10.5.1. Market Overview
10.5.2. Investment: Market Size & Forecast
10.6. GENERAL CONSTRUCTION
10.6.1. Market Overview
10.6.2. Investment: Market Size & Forecast
11. ELECTRICAL INFRASTRUCTURE
11.1. MARKET SNAPSHOT
11.2. KEY HIGHLIGHTS
11.3. MARKET OVERVIEW
11.4. UPS SYSTEMS
11.4.1. Market Overview
11.4.2. Investment: Market Size & Forecast
11.5. GENERATORS
11.5.1. Market Overview
11.5.2. Investment: Market Size & Forecast
11.6. TRANSFER SWITCHES & SWITCHGEAR
11.6.1. Market Overview
11.6.2. Investment: Market Size & Forecast
11.7. PDUS
11.7.1. Market Overview
11.7.2. Investment: Market Size & Forecast
11.8. OTHER ELECTRICAL INFRASTRUCTURE
11.8.1. Market Overview
11.8.2. Investment: Market Size & Forecast
12. MECHANICAL INFRASTRUCTURE
12.1. MARKET SNAPSHOT
12.2. KEY HIGHLIGHTS
12.3. MARKET OVERVIEW
12.4. COOLING SYSTEMS
12.4.1. Market Overview
12.4.2. Investment: Market Size & Forecast
12.5. RACKS
12.5.1. Market Overview
12.5.2. Investment: Market Size & Forecast
12.6. OTHER MECHANICAL INFRASTRUCTURE
12.6.1. Market Overview
12.6.2. Investment: Market Size & Forecast
13. COOLING SYSTEMS
13.1. MARKET SNAPSHOT
13.2. KEY HIGHLIGHTS
13.3. MARKET OVERVIEW
13.4. CRAC & CRAH UNITS
13.4.1. Market Overview
13.4.2. Investment: Market Size & Forecast
13.5. CHILLER UNITS
13.5.1. Market Overview
13.5.2. Investment: Market Size & Forecast
13.6. COOLING TOWERS, CONDENSERS, AND DRY COOLERS
13.6.1. Market Overview
13.6.2. Investment: Market Size & Forecast
13.7. ECONOMIZERS & EVAPORATIVE COOLERS
13.7.1. Market Overview
13.7.2. Investment: Market Size & Forecast
13.8. OTHER COOLING UNITS
13.8.1. Market Overview
13.8.2. Investment: Market Size & Forecast
14. COOLING TECHNIQUES
14.1. MARKET SNAPSHOT
14.2. KEY HIGHLIGHTS
14.3. MARKET OVERVIEW
14.4. AIR-BASED COOLING TECHNIQUE
14.4.1. Market Overview
14.4.2. Investment: Market Size & Forecast
14.5. LIQUID-BASED COOLING TECHNIQUE
14.5.1. Market Overview
14.5.2. Investment: Market Size & Forecast
15. GENERAL CONSTRUCTION
15.1. MARKET SNAPSHOT
15.2. KEY HIGHLIGHTS
15.3. MARKET OVERVIEW
15.4. CORE & SHELL DEVELOPMENT
15.4.1. Market Overview
15.4.2. Investment: Market Size & Forecast
15.5. INSTALLATION AND COMMISSIONING SERVICES
15.5.1. Market Overview
15.5.2. Investment: Market Size & Forecast
15.6. ENGINEERING & BUILDING DESIGN
15.6.1. Market Overview
15.6.2. Investment: Market Size & Forecast
15.7. FIRE DETECTION & SUPPRESSION
15.7.1. Market Overview
15.7.2. Investment: Market Size & Forecast
15.8. PHYSICAL SECURITY
15.8.1. Market Overview
15.8.2. Investment: Market Size & Forecast
15.9. DCIM/BMS
15.9.1. Market Overview
15.9.2. Investment: Market Size & Forecast
16. TIER STANDARDS
16.1. MARKET SNAPSHOT
16.2. KEY HIGHLIGHTS
16.3. MARKET OVERVIEW
16.4. TIER I & II
16.4.1. Market Overview
16.4.2. Investment: Market Size & Forecast
16.5. TIER III
16.5.1. Market Overview
16.5.2. Investment: Market Size & Forecast
16.6. TIER IV
16.6.1. Market Overview
16.6.2. Investment: Market Size & Forecast
17. GEOGRAPHY
17.1. CHINA
17.1.1. Market Overview
17.1.2. Investment: Market Size & Forecast
17.1.3. Area: Market Size & Forecast
17.1.4. Power Capacity: Market Size & Forecast
17.1.5. Support Infrastructure: Market Size & Forecast