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Power Station Types

Coal
Natural Gas
Nuclear
Hydroelectric
Solar
Wind
Geothermal
Battery Storage

Power Station Strain Index

Monthly Strain Overlay
Major power stations worldwide showing monthly operational strain. Strain combines: type-specific seasonal stress (thermal efficiency loss in heat, hydro drought impact, solar overheating), local heat index, and electrical grid demand. Drag the month slider to see how strain shifts seasonally.
Critical (8-10) — Station at max strain, output compromised, failure risk
High (6-7) — Significant stress, reduced efficiency, demand exceeding capacity
Moderate (4-5) — Seasonal stress, operating near design limits
Low (1-3) — Normal operations, adequate capacity and cooling

Water Systems & Grid Vulnerability

Monthly Risk Overlay
Major public water works systems worldwide, color-coded by combined vulnerability to heat stress (demand spikes, evaporation, drought) and electrical grid strain (pump failures, treatment plant outages). Drag the month slider to see how risk shifts seasonally.
Critical (8-10) — Extreme heat + grid strain, system failure likely without intervention
High (6-7) — Significant stress on water supply and power infrastructure
Moderate (4-5) — Seasonal demand increase, manageable with planning
Low (1-3) — Stable operations, adequate supply and power

Grid Stress & Outage Risk

Prediction Overlay
Colored zones highlight regions with elevated probability of power outages and grid stress. Based on historical outage data, extreme weather patterns, grid infrastructure age, and demand forecasts.
Critical — Frequent outages, extreme weather vulnerability, grid isolation, chronic supply shortfalls
High — Seasonal risk from heat waves, hurricanes, aging infrastructure, peak demand stress
Moderate — Occasional stress events, growing demand, transitional grid challenges
Low — Generally stable grid with adequate generation and transmission capacity

Heat Wave Index

Monthly Temperature Overlay
Drag the slider to see how average temperatures and heat wave risk shift across the globe through the year. Zones show regions where elevated temperatures increase cooling demand on data center power infrastructure.
Extreme (40°C+) — Critical cooling demand, grid stress likely
High (35-39°C) — Heavy AC load, elevated outage risk
Moderate (30-34°C) — Significant cooling demand
Warm (25-29°C) — Moderate cooling needs
Mild (20-24°C) — Low stress on infrastructure
Heat Wave Index
July
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Grid Stress / Outage Risk

Critical - Frequent Outages
High - Seasonal Risk
Moderate - Occasional Stress
Low - Stable Grid