China Liquid Cooled Data Center Industry - Analysis Report
China Liquid Cooled Data Center Industry - Analysis Report
China Liquid Cooled Data Center Industry - Analysis Report
China Liquid Cooled Data Center Industry - Analysis Report

China Liquid Cooled Data Center Industry - Analysis Report

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This report provides a comprehensive analysis of the liquid cooled data center industry in China, offering insights into the latest technology advancements, market dynamics, and regulatory landscapes. Aimed at data center operators, technology providers, and investors, this study details the energy efficiencies, competitive landscape, and operational challenges of liquid cooled data centers. Readers will gain valuable information on market trends, future outlook, and strategic recommendations, empowering them to make informed decisions and capitalize on emerging opportunities in this rapidly evolving sector

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Study Overview

To help industry professionals and investors gain a comprehensive understanding of the current situation and future prospects of the liquid-cooled data center industry, Chinacuity has released the "2025-2031 China Liquid-Cooled Data Center Industry Panorama and Investment Scale Forecast Report" (hereinafter referred to as the "Report"). The Report provides an in-depth analysis of China's liquid-cooled data center market, based on Chinacuity's years of continuous tracking, field research, surveys, and analysis.
Chinacuity’s research team collected data through multiple channels such as listed companies' annual reports, factory surveys, distributor meetings, and expert evaluations to ensure the accuracy of data and the reference value of the content. The data were analyzed from multiple dimensions to provide a thorough examination of the industry, enabling professionals to comprehensively understand the development trends in 2023, identify emerging innovations, and empower industry participants to lead in the transformation race.

What is Liquid Cooling?

Liquid cooling refers to a cooling method that uses liquid as a coolant to dissipate heat generated by the internal components of IT equipment in data centers. This process ensures that the heat generated by critical components such as CPUs, processors, memory, and I/O units is effectively transferred away from the equipment to keep it within safe operating temperatures. There are two main types of liquid cooling: cold-plate liquid cooling and immersion liquid cooling, with immersion cooling further divided into phase-change immersion and non-phase-change immersion.

Industry Development

Since 2018, China's data center industry has been booming, and the power density of racks has been gradually increasing, moving from 4.4Kw to 6Kw, 8Kw, and beyond. As companies' demand for high-power density servers grows, traditional air-cooled systems can no longer meet these requirements. As a result, liquid cooling systems are becoming increasingly necessary. The power consumption density in Chinese data centers is expected to continue rising, driven by the deepening application of AI, big data, and other emerging technologies.
In 2022, the total investment in liquid-cooled data centers in China reached CNY 43.63 billion (approximately USD 6.13 billion), with cold-plate cooling accounting for CNY 28.36 billion (about USD 3.98 billion) and immersion cooling and others for CNY 15.27 billion (about USD 2.15 billion).

Growing Market Demand

The rapid expansion of commercial 5G, the Internet of Things (IoT), and cloud services, along with the rise of high-bandwidth applications like ultra-high-definition video and VR/AR, has led to exponential growth in the volume of data generated. The development of cloud services and internet-based industries will require a corresponding increase in data center capacity. Consequently, data centers will serve as the driving force behind continuous investment in land, capital, and energy. As data centers continue to uncover the value of vast amounts of data, the market is expected to remain robust and growing.
The increasing demand for liquid cooling solutions in high-power density servers and chips, which require more efficient thermal management, has caused the market share of immersion cooling technology to rise steadily. This technology has higher energy efficiency ratios and reliability compared to traditional cooling methods, making it the optimal choice for handling the growing demand for energy-efficient data centers.

Competitive Landscape

Currently, the penetration rate of liquid cooling technology remains relatively low, with only a few companies in both domestic and international markets mastering this technology. However, companies like Sugon Data Creation Technology Co., Ltd. (曙光数创科技股份有限公司), which have accumulated years of technical expertise, are now showing clear competitive advantages. These companies are gradually securing a foothold in the market and solidifying their leadership. In the coming years, leading firms are expected to capture a larger share of the market, creating a more concentrated and competitive landscape.

Potential for Expanded Applications

Liquid cooling technology has significant potential to reduce energy waste and enhance efficiency in many sectors beyond traditional data centers. In the future, applications could include industries such as oil exploration, scientific research, and autonomous driving, where high-performance computing and data processing are critical. As environmental awareness grows, liquid cooling's potential applications in various industries will continue to expand, offering vast opportunities for innovation and growth.

Report Highlights

The "2025-2031 China Liquid-Cooled Data Center Industry Panorama and Investment Scale Forecast Report" is a significant result of Chinacuity's extensive research. It reflects the firm’s commitment to leading industry transformation and provides valuable insights for professionals in the liquid-cooled data center field. Chinacuity has developed a comprehensive think tank system that has served governments, businesses, and financial institutions for many years, offering a wide range of services in technology, consulting, education, ecology, and capital.

Table of contents

Chapter 1: Basic Overview of Liquid Cooling

1.1 Concepts Related to Liquid Cooling

1.1.1 Definition of Liquid Cooling
1.1.2 Types of Liquid Cooling Coolants
1.1.3 Requirements for Liquid Cooling Working Fluids
1.1.4 Dielectric Liquid Coolants

1.2 Concepts Related to Liquid Cooling Technology

1.2.1 Definition of Liquid Cooling Technology
1.2.2 Classification of Liquid Cooling Technology
1.2.3 Definition of Liquid-Cooled Servers
1.2.4 Differences Between Liquid Cooling and Air Cooling
1.2.5 Development History of Liquid Cooling Technology
1.2.6 Basic Architecture of Liquid Cooling Systems

1.3 Concepts Related to Liquid-Cooled Data Centers

1.3.1 Definition of Data Centers
1.3.2 Definition of Liquid-Cooled Data Centers
1.3.3 Types of Equipment in Liquid-Cooled Data Centers

Chapter 2: Global Liquid-Cooled Data Center Industry Operations from 2021 to 2023

2.1 Global Data Center Market Operations Analysis

2.1.1 Data Center Scale
2.1.2 Distribution of Data Centers
2.1.3 Key Regions for Data Centers
2.1.4 Status of Large Data Centers
2.1.5 Forecast of Data Center Scale

2.2 Analysis of the Development of Global Low-Carbon Data Centers

2.2.1 Policies on Low-Carbon Data Centers
2.2.2 Green Development of Low-Carbon Data Centers
2.2.3 Carbon Emission Reduction Goals and Pathways for Data Centers
2.2.4 Utilization of Renewable Energy in Low-Carbon Data Centers
2.2.5 Disclosure of Energy Data in Low-Carbon Data Centers

2.3 Analysis of the Global Liquid-Cooled Data Center Industry

2.3.1 Development Stages of Liquid-Cooled Data Centers
2.3.2 Market Size of Liquid-Cooled Data Centers
2.3.3 Segmentation of the Liquid-Cooled Data Center Market
2.3.4 Competitive Landscape of Liquid-Cooled Data Centers
2.3.5 Market Dynamics of Liquid-Cooled Data Centers

2.4 Regional Development of Global Liquid-Cooled Data Centers

2.4.1 Distribution of Liquid-Cooled Data Centers by Region
2.4.2 Liquid-Cooled Data Center Market in the Americas
2.4.3 Liquid-Cooled Data Center Market in the Asia-Pacific
2.4.4 Liquid-Cooled Data Center Market in Europe

2.5 Analysis of the Global Liquid Cooling Technology and Equipment Industry

2.5.1 Market Size of Liquid Cooling Technology
2.5.2 Regional Development of Liquid Cooling Technology
2.5.3 Market Status of Liquid-Cooled Servers
2.5.4 Introduction of Typical Cases of Liquid Cooling Technology
2.5.5 Major Companies in the Liquid Cooling Technology Sector

Chapter 3: Analysis of the Development Environment of China's Liquid-Cooled Data Center Industry from 2021 to 2023

3.1 Economic Environment

3.1.1 Macroeconomic Analysis
3.1.2 Fixed Asset Investment
3.1.3 Industrial Operations
3.1.4 Macroeconomic Outlook

3.2 Policy Environment

3.2.1 Summary of Policies for the New Infrastructure Market
3.2.2 Relevant Policies for the Carbon Neutrality Market
3.2.3 Policies Related to the Data Center Market
3.2.4 Policies on Liquid-Cooled Data Centers
3.2.5 Specifications for the Liquid-Cooled Data Center Market
3.2.6 Product Catalog for Liquid-Cooled Data Centers

3.3 Social Environment

3.3.1 Data Governance
3.3.2 Cloud Services for Government Affairs
3.3.3 Cloud Services for Transportation
3.3.4 Cloud Services for Education
3.3.5 Cloud Services for Healthcare

3.4 Technological Environment

3.4.1 Big Data
3.4.2 Cloud Computing
3.4.3 Blockchain
3.4.4 Artificial Intelligence

Chapter 4: Analysis of the Operations of China's Data Center Industry from 2021 to 2023

4.1 Analysis of the Data Center Industry Chain in China

4.1.1 Overview of the IDC Industry Chain
4.1.2 Infrastructure and Equipment Providers
4.1.3 Server and Chip Manufacturers
4.1.4 Third-Party Operation Service Providers
4.1.5 Downstream Customers of Data Centers

4.2 Operational Data Analysis of the Chinese Data Center Market

4.2.1 Rack Scale of Data Centers
4.2.2 Rack Proportions in Data Centers
4.2.3 PUE (Power Usage Effectiveness) of Data Centers
4.2.4 Utilization Rate of Data Centers
4.2.5 Network Access Conditions for Data Centers
4.2.6 Regional Development of Data Centers

4.3 Operational Analysis of China's Internet Data Centers (IDCs)

4.3.1 Business Models of Data Centers
4.3.2 Application Scenarios for Data Centers
4.3.3 Internal and External Structures of Data Centers
4.3.4 Current Status of the Data Center Industry
4.3.5 Market Size of Data Centers
4.3.6 Regional Structure of Data Centers
4.3.7 Customer Demand in Data Centers
4.3.8 Forecast of Data Center Scale

4.4 Analysis of the Development Index of China's Data Center Industry

4.4.1 Overall Development of the Industry
4.4.2 Regional Development of the Industry
4.4.3 Analysis of Key Provinces and Cities
4.4.4 Analysis of Industry Development Trends

4.5 Analysis of the Role and Development Trends of China's Data Center Industry

4.5.1 Considerations for Data Center Construction
4.5.2 The Role of the Data Center Industry
4.5.3 The Significance of the Data Center Industry Development
4.5.4 Development Paths of the Data Center Industry
4.5.5 Development Trends of the Data Center Industry

Chapter 5: Analysis of the Operations of China's Liquid-Cooled Data Center Industry from 2021 to 2023

5.1 Background of the Development of China's Liquid-Cooled Data Centers

5.1.1 Promotion of Significant Data Value Development
5.1.2 Gradual Popularity of Hyperscale Data Centers
5.1.3 Rationalization of the Regional Layout of Data Centers
5.1.4 Green Construction Trends in Data Centers
5.1.5 Rapid Increase in Power Density per Rack

5.2 Analysis of the Development Status of China's Liquid-Cooled Data Center Industry

5.2.1 Current Status of the Liquid-Cooled Data Center Industry
5.2.2 Overall Market Size of Liquid-Cooled Data Centers
5.2.3 Market Size of Segmented Liquid-Cooled Data Centers
5.2.4 Proportion of Traditional Replacements by Liquid-Cooled Data Centers
5.2.5 Market Development Recommendations for Liquid-Cooled Data Centers
5.2.6 Impact of Liquid Cooling Technology on Data Centers

5.3 SWOT Model Analysis of China's Liquid-Cooled Data Centers

5.3.1 Strengths of Liquid-Cooled Data Centers
5.3.2 Weaknesses of Liquid-Cooled Data Centers
5.3.3 Opportunities for Liquid-Cooled Data Centers
5.3.4 Threats to Liquid-Cooled Data Centers

5.4 Market Layout of Chinese Liquid-Cooled Data Center Companies

5.4.1 Collaboration Models of Liquid-Cooled Data Center Companies
5.4.2 Competitive Matrix of Liquid-Cooled Data Center Companies
5.4.3 Technical Exploration by Liquid-Cooled Data Center Companies
5.4.4 Research Progress by Liquid-Cooled Data Center Companies

5.5 Development Status of the Immersed Liquid-Cooled Data Center Market in China

5.5.1 Current Status of Immersed Liquid-Cooled Data Centers
5.5.2 Scale of Immersed Liquid-Cooled Data Centers
5.5.3 Proportion of Immersed Liquid-Cooled Data Centers
5.5.4 Construction of Immersed Liquid-Cooled Data Centers
5.5.5 Advantages of Immersed Liquid-Cooled Data Centers
5.5.6 Prospects of Immersed Liquid-Cooled Data Centers
5.5.7 Trends of Immersed Liquid-Cooled Data Centers

Chapter 6: Development of China's Liquid-Cooled Data Center Industry under the Carbon Neutrality Background from 2021 to 2023

6.1 Analysis of Energy Consumption in Traditional Data Centers in China

6.1.1 IDC Power Consumption and Carbon Emission Calculations
6.1.2 Power Consumption Cost Calculations for IDCs
6.1.3 Power Consumption Calculations for Third-Party IDC Companies
6.1.4 Proportion of Electricity Costs for Third-Party IDC Companies
6.1.5 Comparison of Power Consumption Methods for Data Centers
6.1.6 Power Solutions for Data Centers

6.2 Analysis of the Development of China's Data Center Market under Carbon Neutrality

6.2.1 Analysis of Data Center Policy Directions
6.2.2 Status of Green Development in Data Centers
6.2.3 Pathways for Green Transformation of Data Centers
6.2.4 Transformation of Data Center Companies
6.2.5 Technology Iteration Trends for Data Centers

6.3 Analysis of Green Liquid-Cooled Data Center Construction in China

6.3.1 Supporting Policies for Green Data Center Construction
6.3.2 Development Status of Green Data Center Construction
6.3.3 Analysis of Core Supporting Capabilities for Green Services
6.3.4 Market Outlook for Green Data Center Construction

6.4 Analysis of the Development of the Low-Carbon Liquid-Cooled Data Center Industry in China

6.4.1 Green Low-Carbon Policies for Data Centers
6.4.2 Status of Green Low-Carbon Data Centers
6.4.3 Case Studies of Low-Carbon Data Centers
6.4.4 Development Paths for Low-Carbon Data Centers
6.4.5 Recommendations for Developing Low-Carbon Data Centers

Chapter 7: Analysis of the Sub-Segment Equipment Market for Liquid-Cooled Data Centers from 2021 to 2023

7.1 Analysis of the Liquid-Cooled Server Industry

7.1.1 Introduction to Liquid-Cooled Server Principles
7.1.2 Main Types of Liquid-Cooled Servers
7.1.3 Current Status of Liquid-Cooled Server Development
7.1.4 Demand Market for Liquid-Cooled Servers
7.1.5 Liquid Cooling Needs for Servers
7.1.6 Main Advantages of Liquid-Cooled Servers
7.1.7 Patent Status of Liquid-Cooled Servers
7.1.8 Development Trends for Liquid-Cooled Servers
7.1.9 Immersed Liquid-Cooled Servers

7.2 Analysis of the Liquid (Water) Cooling Radiator Industry Development

7.2.1 Explanation of Liquid Cooling Radiator Terminology
7.2.2 Regional Distribution of Liquid Cooling Radiators
7.2.3 Competitive Landscape of Liquid Cooling Radiators
7.2.4 Patent Analysis of Liquid Cooling Radiators
7.2.5 Application Markets for Liquid Cooling Radiators
7.2.6 Integrated Water Cooling Radiators

7.3 Analysis of the Liquid Cooling System for Core Routers

7.3.1 Composition and Structure of the System
7.3.2 Market Dynamics
7.3.3 Introduction of Market Projects
7.3.4 Market Development Trends

Chapter 8: Analysis of Key Liquid Cooling Technologies for Data Centers

8.1 Overall Development Status of Liquid Cooling Technology

8.1.1 Development History of Liquid Cooling Technology
8.1.2 Patent Status of Liquid Cooling Technology
8.1.3 Application Requirements for Liquid Cooling Technology
8.1.4 Application Market for Liquid Cooling Technology
8.1.5 Company Layout in Liquid Cooling Technology
8.1.6 Case Studies of Liquid Cooling Technology

8.2 SWOT Model Analysis of Liquid Cooling Technology

8.2.1 Strengths of Liquid Cooling Technology
8.2.2 Weaknesses of Liquid Cooling Technology
8.2.3 Opportunities for Liquid Cooling Technology
8.2.4 Threats to Liquid Cooling Technology

8.3 Analysis of the Principles and Composition of Spray-Type Liquid Cooling Technology

8.3.1 Principles of Spray-Type Liquid Cooling Technology
8.3.2 Composition of Spray-Type Liquid Cooling Technology
8.3.3 Advantages of Spray-Type Liquid Cooling Technology
8.3.4 Characteristics of Spray-Type Liquid Cooling Technology
8.3.5 Patent Status of Spray-Type Liquid Cooling Technology

8.4 Analysis of the Principles and Composition of Cold Plate Liquid Cooling Technology

8.4.1 Principles of Cold Plate Liquid Cooling Technology
8.4.2 Indirect Contact Cold Plate Liquid Cooling
8.4.3 Advantages of Cold Plate Liquid Cooling Technology
8.4.4 Patent Status of Cold Plate Liquid Cooling Technology
8.4.5 Current Status of Cold Plate Liquid Cooling Technology

8.5 Analysis of the Principles and Market Applications of Immersed Liquid Cooling Technology

8.5.1 Introduction to Immersed Liquid Cooling Technology
8.5.2 Principles of Immersed Liquid Cooling Technology
8.5.3 Implementation Methods for Immersed Liquid Cooling
8.5.4 Patent Status of Immersed Liquid Cooling Technology
8.5.5 Practical Applications of Immersed Liquid Cooling Technology
8.5.6 Companies Utilizing Immersed Liquid Cooling Technology

Chapter 9: Market Analysis of Liquid-Cooled Data Centers

9.1 Overview of the Application of Liquid-Cooled Data Centers

9.1.1 Application Requirements for Liquid-Cooled Data Centers
9.1.2 Analysis of Application Factors for Liquid-Cooled Data Centers
9.1.3 Application Structure of the Liquid-Cooled Data Center Industry

9.2 Application of Liquid-Cooled Data Centers in the Telecommunications Industry

9.2.1 Market Size of Telecommunications Liquid-Cooled Data Centers
9.2.2 Construction of Telecommunications Liquid-Cooled Data Centers
9.2.3 Cooperation Dynamics for Telecommunications Liquid-Cooled Data Centers

9.3 Application of Liquid-Cooled Data Centers in the Internet Industry

9.3.1 Market Demand for Internet Liquid-Cooled Data Centers
9.3.2 Market Size of Internet Liquid-Cooled Data Centers
9.3.3 Layout of Internet Liquid-Cooled Data Center Companies
9.3.4 Market Trends for Internet Liquid-Cooled Data Centers

9.4 Application of Liquid-Cooled Data Centers in the Financial Industry

9.4.1 Market Policies for Financial Liquid-Cooled Data Centers
9.4.2 Market Size of Financial Liquid-Cooled Data Centers
9.4.3 Layout of Financial Liquid-Cooled Data Center Companies
9.4.4 Deployment of Liquid-Cooled Data Centers by Banks

Chapter 10: Operational Status of Major Liquid-Cooled Data Center Companies from 2020 to 2023

10.1 Huawei Technologies Co., Ltd. (华为技术有限公司)

10.1.1 Company Overview
10.1.2 Company Development History
10.1.3 Operating Conditions of the Company
10.1.4 Introduction to Liquid Cooling Products
10.1.5 Introduction to Liquid Cooling Systems
10.1.6 Introduction to Cooling Systems

10.2 Alibaba Group Holding Limited (阿里巴巴集团控股有限公司)

10.2.1 Company Overview
10.2.2 Introduction to Key Products
10.2.3 Key Development Stages
10.2.4 Market Development of Technology
10.2.5 Industry Standard Development
10.2.6 Analysis of the Company’s Operating Conditions in 2021
10.2.7 Analysis of the Company’s Operating Conditions in 2023
10.2.8 Analysis of the Company’s Operating Conditions in 2023

10.3 Tencent Holdings Limited (腾讯控股有限公司)

10.3.1 Company Overview
10.3.2 Development of Liquid Cooling Technology
10.3.3 Analysis of the Company’s Operating Conditions in 2021
10.3.4 Analysis of the Company’s Operating Conditions in 2023
10.3.5 Analysis of the Company’s Operating Conditions in 2023

10.4 Wangsu Science & Technology Co., Ltd. (网宿科技股份有限公司)

10.4.1 Company Overview
10.4.2 Overall Market Layout
10.4.3 Subsidiary Layout
10.4.4 Analysis of Business Efficiency
10.4.5 Business Operation Analysis
10.4.6 Financial Condition Analysis
10.4.7 Core Competitiveness Analysis
10.4.8 Company Development Strategy
10.4.9 Future Outlook

10.5 Sugon Information Industry Co., Ltd. (曙光信息产业股份有限公司)

10.5.1 Company Overview
10.5.2 Subsidiary Layout
10.5.3 Analysis of Business Efficiency
10.5.4 Business Operation Analysis
10.5.5 Financial Condition Analysis
10.5.6 Core Competitiveness Analysis
10.5.7 Company Development Strategy
10.5.8 Future Outlook

10.6 Inspur Electronic Information Industry Co., Ltd. (浪潮电子信息产业股份有限公司)

10.6.1 Company Overview
10.6.2 Product Layout of the Company
10.6.3 Analysis of Business Efficiency
10.6.4 Business Operation Analysis
10.6.5 Financial Condition Analysis
10.6.6 Core Competitiveness Analysis
10.6.7 Company Development Strategy
10.6.8 Future Outlook

Chapter 11: Investment Analysis of China's Liquid-Cooled Data Center Industry from 2021 to 2023

11.1 Investment Dynamics of A-Share and New Third Board Listed Companies in the Data Center Industry

11.1.1 Overview of Investment Projects
11.1.2 Distribution of Investment Regions
11.1.3 Analysis of Investment Models
11.1.4 Introduction of Typical Investment Cases

11.2 Investment Dynamics of Listed Companies in the Data Center Industry

11.2.1 Investment Scale Statistics
11.2.2 Distribution of Investment Regions
11.2.3 Analysis of Investment Models
11.2.4 Introduction of Typical Investment Cases

11.3 Development Status of the Data Center Investment Market

11.3.1 Main Sources of Industry Funds
11.3.2 Analysis of Industry Investment Structure
11.3.3 Investment and Financing Situation in the Industry
11.3.4 Mergers and Acquisitions in the Industry
11.3.5 Analysis of Industry Investment Trends

11.4 Investment Analysis of the Liquid-Cooled Data Center Industry

11.4.1 Analysis of Listed Companies in the Industry
11.4.2 Investment Risk Analysis of the Industry
11.4.3 Investment Opportunity Analysis of the Industry
11.4.4 Investment Prospect Analysis of the Industry
11.4.5 Investment Direction Analysis of the Industry
11.4.6 Analysis of the Financing Market for the Industry

11.5 Investment Dynamics of the Liquid-Cooled Data Center Industry

11.5.1 Financing Dynamics of the Industry
11.5.2 Construction Dynamics of Projects
11.5.3 Cooperation Dynamics of Companies
11.5.4 Product Development Dynamics

Chapter 12: Development Prospects and Trends of China's Liquid-Cooled Data Center Industry from 2025 to 2031

12.1 Future Development Trends of Liquid-Cooled Data Centers

12.1.1 Overall Development Trends of Liquid-Cooled Data Centers
12.1.2 Application Scale Trends for Liquid-Cooled Data Centers
12.1.3 Application Penetration Trends for Liquid-Cooled Data Centers
12.1.4 Technological Development Trends for Liquid-Cooled Data Centers
12.1.5 Market Development Space for Liquid-Cooled Data Centers

12.2 Future Development Directions of Liquid-Cooled Data Centers

12.2.1 Integrated Development of Liquid-Cooled Data Centers
12.2.2 Ecological Development of Liquid-Cooled Data Centers
12.2.3 Green Development of Liquid-Cooled Data Centers
12.2.4 Immersed Development of Liquid-Cooled Data Centers

12.3 Forecast Analysis of China's Liquid-Cooled Data Center Industry from 2025 to 2031

12.3.1 Analysis of Factors Affecting the Liquid-Cooled Data Center Industry from 2025 to 2031
12.3.2 Market Size Forecast of China's Liquid-Cooled Data Center Industry from 2025 to 2031

Table Directory

Table 1: Investment Scale of Global Liquid-Cooled Data Centers from 2018 to 2023
Table 2: Investment Scale of Sub-Segments in Global Liquid-Cooled Data Centers from 2018 to 2023
Table 3: Regional Distribution of Global Liquid-Cooled Data Center Investment Scale in 2023
Table 4: Investment Scale of Liquid-Cooled Data Centers in the Americas from 2018 to 2023
Table 5: Investment Scale of Liquid-Cooled Data Centers in the Asia-Pacific from 2018 to 2023
Table 6: Investment Scale of Liquid-Cooled Data Centers in Europe from 2018 to 2023
Table 7: Output Value of China's Liquid-Cooled Data Center Industry from 2018 to 2023
Table 8: Size and Growth Rate of China's Liquid-Cooled Data Center Industry from 2018 to 2023
Table 9: Demand Structure of Application Markets for China's Liquid-Cooled Data Centers from 2018 to 2023
Table 10: Distribution of Application Fields for China's Liquid-Cooled Data Centers from 2018 to 2023
Table 11: Forecast of Investment Scale for Sub-Segments in China's Liquid-Cooled Data Center Industry from 2018 to 2023
Table 12: Trends of Traditional Replacement by Liquid-Cooled Data Centers in China from 2018 to 2023
Table 13: Layout of Liquid Cooling Technology and Products by Major Manufacturers
Table 14: Market Application of China's Liquid-Cooled Data Centers

For more tables, please refer to the full repport...

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