Deploying 800VDC architectures for large-amperage data centers
800VDC architectures for the next generation of high-density data centers
Whitepapers & Reports - Critical Power, Power
The largest data center whitepaper library in the world
-
-
Powering the Edge: data center–grade performance for distributed IT
Advanced power management strategies to help data centers improve resilience, efficiency and reliability as demand continues to grow
-
The AI factory
Data centers at the heart of the action
-
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
-
Minimizing generator set exercising
Optimizing diesel generator testing strategies to reduce emissions, fuel consumption, and operational costs while maintaining backup power reliability
-
DCD>Survey Report: Mission Critical Power
Understanding how evolving power demands, operational resilience, and infrastructure modernization are reshaping enterprise data center strategies
-
5 principles for 800 VDC in AI data centers
Rack-level architectures as the immediate enabler for 800 VDC adoption in AI data centers
-
Data center as a good grid citizen - executive overview
Rethinking the relationship between data centers and the power grid
-
Data center as a good grid citizen
Turning data centers into active partners in grid stability
-
Unlocking stranded power
Transforming stranded electrical capacity into revenue generating AI compute
-
Advanced UPS controls for AI workloads management
How advanced UPS controls stabilize AI driven power fluctuations while protecting batteries and upstream infrastructure in high performance computing environments.
-
Transforming data centers into AI factories: multi-port solid-state transformer as the facility power fabric
Build repeatable, AI-ready data centers without stranded power or delays.
-
E-Pods - modular electrical skids for data centers
Practical innovation for scalable, reliable power infrastructure
-
The electrical intelligence gap: Why legacy thinking breaks in AI data centers
What your meters aren’t telling you — and what it’s costing you
-
Power quality solutions in data centers
Improving efficiency, reliability and resiliency
-
Calor XHT high-temperature lead-acid battery technology for critical power systems
The Calor XHT high-temperature lead-acid battery is an innovative solution engineered for extreme heat and power conditions.
-
Charting the financial roadmap and economics of BESS adoption for enterprises and data centers
Battery energy storage systems (BESS) as a pivotal solution
-
Powering the AI revolution with AI-tolerant UPS infrastructure
AI-tolerant 3-Phase UPSs help ensure reliable, uninterrupted high-density operations.
-
The data center power train
Managing energy from grid to chip
-
Retrofitting existing power systems for AI clusters
The IT industry is developing large generative AI models at a fast pace. These models can require megawatts of power at hundreds of kW/rack in data centers.
-
The role of remote power panel in high-density data centers
Maximizing uptime
-
The looming power crunch
Solutions for data center expansion in an energy-constrained world
-
2025 data center progress report
Digital transformation and energy management in the wake of AI
-
Wired for change: Data centers' dynamic shift to hybrid power solutions
Data centers are simultaneously facing multiple disruptors in their power architecture and operations
-
Enhancing UPS Reliability With the Advantages of Distributed Battery Systems
The Critical Role of Batteries in UPS and Infrastructure
-
The iPDU Handbook
A definitive guide to intelligent Rack Power Distribution
-
A Comprehensive Guide: U.S. Codes and Standards for Energy Storage Systems (ESS)
Explore the importance of codes and standards
-
Reliability, Flexibility, and Safety: The Three Essential Qualities You Should Look for in a Track Busway Power Distribution System
Download this free whitepaper from Starline.