International Site Selection Criteria for Hyperscale Data Center Expansion
Power availability now determines data center viability more than real estate or permitting.
Marcus Teller-Wade
Megawatt Horizon — Page 2
Site Selection
Fiber Network Proximity Scoring in Data Center Site Selection
Fiber proximity matters less than route diversity, capacity, and latency in choosing where to build.
Land Assemblage Strategies for Campus-Scale Data Center Development
Power access, not acreage, unlocks campus-scale data center development.
Dmitri Vashenko
More From Megawatt Horizon
Cooling Water Rights and Municipal Supply Agreements for Data Centers
Data centers face new legal battles over municipal water supply in drought-stressed regions.
Marcus Teller-Wade
Hyperscaler Pre-Leasing and Its Effect on Available Market Supply
Hyperscalers are locking up data center capacity years before buildings exist.
Dmitri Vashenko
Colocation Absorption Rates and Vacancy Risk in Capacity Planning
Tight markets mean absorption data must drive sizing decisions, not follow them.
Renata Osei-Bonsu
Compute Retirement Cycles and Refresh Impact on Capacity Models
Faster GPU cycles force capacity models built for six-year timelines to fail.
Dmitri Vashenko
Power Utilization Effectiveness as a Capacity Planning Input
PUE sets your IT power budget before you place a single rack.
Marcus Teller-Wade
Bottom-Up vs. Top-Down Capacity Forecasting Methods for Data Centers
Regional power constraints invisible to national forecasts can derail data center projects.
Priya Subramaniam
Stranded Capital Risk in Multi-Phase Data Center Commitments
Power delays and design misalignment trap billions in uncommitted data center capital.
Dmitri Vashenko
Structured Asset Data as the Foundation for Capacity Planning Accuracy
Accurate asset records are the foundation that capacity planning forecasts actually need to succeed.
Priya Subramaniam
Water Usage Effectiveness Targets and Cooling Technology Trade-Offs
Narrow WUE metrics hide water pushed off-site through electricity generation.
Renata Osei-Bonsu