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Actionable Benefits
- Global Data Center (DC) energy and cooling load metrics.
- Key challenges faced by DC: Artificial Intelligence (AI), energy, sustainability, operating costs, and regulations.
- Types of cooling technologies for energy-efficient data center operation.
- Sustainable retrofit solutions to improve efficiency of DCs.
- Real-world case studies and partnerships for cooling solutions of next-generation DCs.
Research Highlights
- Energy and cooling metrics for DCs from 2024 to 2030.
- Types of DC cooling solutions, and their advantages and disadvantages.
- Case studies describing strategies and innovations for sustainable DC operation.
- Identifying sustainable technologies to improve efficiency of DCs and reduce operational costs.
- Strategic partnerships to improve DC cooling.
- Real-world global case studies of DC cooling strategies.
Critical Questions Answered
- What are the challenges faced by DC operators today?
- How are hyperscalers coping to meet increased energy demand and cooling demand due to AI in DCs?
- What are the types of DC cooling solutions, and their advantages and disadvantages?
- Why is efficient cooling design for DCs important?
- What are the strategies and innovations for sustainable DC operation?
Who Should Read This?
- Executive-level decision makers working in the DC industry, responsible for planning a company’s strategic objectives for 2025 to 2030 to align a company’s strategy with global and regional energy efficiency, cooling, sustainability, and environment goals.
- Cooling solution providers catering to DC operators to understand the ecosystem, global trends, challenges, and case studies.
- Forward-looking DC operators identifying sustainable solutions, partnerships, and competitor landscape.
Companies Mentioned
