Japan Data Center Cooling Market Size & Share, by Data Center Type (Colocation, Enterprise, Hyperscale, Cloud, Edge Data Center, Micro Data Center, Others); Data Center Size (Small-Scale, Medium Scale, Large Scale); Cooling Technology (Room Based Cooling, Rack Based Cooling, Row Based Cooling); End user (BFSI, IT & Telecom, Manufacturing, Retail, Healthcare, Others); Component (Solution, Service) - Global Supply & Demand Analysis, Growth Forecasts, Statistics Report 2025-2037

Growth Drivers:  

• Increased adoption of cloud computing and AI applications: The rapid expansion of cloud computing and applications of artificial intelligence forms a key driver in Japan data center cooling market. The increasing demand for data processing and storage requires efficient cooling solutions to prevent overheating issues within tightly fitted servers. Daikin launched a new high-efficiency chiller in March 2024, targeted specifically at data centers, boasting flexible cooling capacities and higher energy efficiency. This move from Daikin directly reflected the industry's interest in advanced cooling systems more feasibly tuned to meet AI-driven workloads that are highly power-intensive.
• Commitment to environmental sustainability and energy efficiency:  Japan’s strong focus on carbon emission reduction and energy efficiency is the prime driving factor for the wide adoption that is occurring within the data center sector of advanced cooling technologies. In October 2024, Fujitsu Limited and Supermicro, Inc. signed an agreement on a strategic partnership in the development of a platform that would host Fujitsu's new FUJITSU-MONAKA arm-based processor, which promises high performance and exceptional energy efficiency. This platform, scheduled to become available in 2027, assures continuous commitment to innovation for sustainability, in tune with greater Japanese goals of reducing carbon footprint from power-intensive sectors, including data centers.
• Expanding AI-optimized data centers: Increasing adoption of AI-driven applications is accelerating the demand for AI-optimized data centers in Japan. In October 2024, NTT Communications Corporation announced that its Osaka 7 Data Center, OS7, had obtained the highly coveted NVIDIA DGX-Ready Data Center certification. This certification makes OS7 one of the most secure, high-performance facilities that could be entrusted by enterprises executing AI and other resource-intensive applications on NVIDIA's platform for accelerated computing. The certification underlines the growing focus on developing data centers specifically designed for AI workloads, thereby fueling the demand for efficient cooling systems that can effectively address the power involved in such computation-intensive tasks.

Challenges:

• Challenges in cooling high-density server environments: One of the major challenges in the market includes the increasing complexity of cooling high-density server environments that require very sophisticated technologies and skills. Data centers are becoming more compact, with higher density at the rack level, for which traditional cooling methods are proving inefficient. According to a 2023 report, AI is driving data center design, and companies are pushing for higher rack densities to accommodate AI workloads, creating an urgent need for innovation in cooling solutions.
• Balance energy efficiency with performance: Another challenge is balancing performance versus energy efficiency, as data centers consume a great deal of electricity, most of it for running cooling systems. The pressure to reduce energy consumption while maintaining high cooling efficiency is immense. The Japan Green Building Council offers a certification called CASBEE Certification, where the energy efficiency rating, including cooling systems, is considered and encourages greener building practices. This puts an additional burden on data center operators to invest in energy-efficient cooling technologies that achieve these standards.