Data Center PUE: liquid cooling cut 10%, the ratio moved 3%
Why standard PUE fails liquid cooling upgrades
Whitepapers & Reports - The Energy & Sustainability Channel
The largest data center whitepaper library in the world
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Using waste heat from data centers
Turning digital heat into community warmth
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Environmental management
Streamline environmental compliance and accelerate sustainability goals
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Colo customers don’t just want uptime anymore. They want real-time data
Turn infrastructure data Into a competitive advantage
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AI readiness starts with power designing for real-world load conditions
Explore a structured approach to powering AI data centers that balances speed, reliability and long-term decarbonization
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The future is prefabricated
How prefabricated modular data centers drive speed, efficiency, and decarbonization
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Sustainability benefits of prefabricated data centers: Core and shell carbon reduction
Explore 4 key findings on data center carbon reduction
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From reactive cooling to predictive thermal resilience
Enabling sustainable energy efficiency, economic value, and climate adaptation in GCC cities
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Hydrogen fuel cells for data center power
Explore how hydrogen fuel cells can provide zero-emission backup power while helping unlock new data center capacity and resilience
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Managing Complexity: A Scalable Solution for Global Data Centers
Master data center compliance at global scale
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Rising chip temperatures and the transformation of data center cooling
Navigate the future of AI cooling by matching heat rejection technologies to chip temperatures, climate, and long-term efficiency goals
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Minimizing generator set exercising
Optimizing diesel generator testing strategies to reduce emissions, fuel consumption, and operational costs while maintaining backup power reliability
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Continuous thermal monitoring
Building resilient, AI ready power infrastructure to increase capacity, improve efficiency, and support the next generation of data center growth
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Emissions considerations for resiliency and flexibility
Master grid constraints and maximize data center uptime
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European Corporate EAC Procurement Guide
Navigating the new standard of renewable traceability under CSRD.
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DCD Intelligence: India’s Data Center Boom
The power behind India's data center investment supercycle
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DCD Intelligence: The New Physics of US Data Center Infrastructure
How AI is transforming US power grids
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Data center as a good grid citizen - executive overview
Rethinking the relationship between data centers and the power grid
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Data center as a good grid citizen
Turning data centers into active partners in grid stability
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The AI-Energy Intersect
Yotta 2026: Bridging the divide between the future of compute and global energy constraints
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Global sustainability transformation for mission-critical data centers
How to deliver global sustainability and decarbonisation without compromising mission-critical uptime
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Sustainability vs. Performance? Data Center Cooling Shouldn’t Have To Choose
Enable high-density AI cooling without compromising performance, efficiency, or sustainability.
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Powering the future of US data centers
How electricity providers can overcome bottlenecks and supercharge growth
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Reducing Data Center cooling energy consumption with accurate measurements
How measurement accuracy in cooling and environmental control can significantly reduce energy consumption, operating costs, and carbon impact in modern data centers.
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Navigating data center energy constraints: considerations for on-site prime power
Why grid constraints are reshaping data center expansion, and how on site prime power addresses the challenge
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Properly accounting for Scope 2 emissions in the age of flexible data centers
Why annual averages misrepresent real carbon impact, and how hourly data fixes it
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Data center capabilities: Today & tomorrow
Emerging strategies, priorities, and technology plans
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Developing sustainable data centers
A strategic roadmap to achieve net-zero carbon and reduce environmental impact