Location Climate Intelligence
Load a 30-year climate baseline for your selected location and use it to decide which home-adaptation topics deserve review. The result is a screening context—not a property-level risk forecast.
Screening context only — not a property-level hazard or insurance risk score. A city-level or grid-cell climate baseline cannot determine whether a particular building will flood, burn, suffer wind damage or overheat. Property elevation, drainage, construction, vegetation, urban form and local codes matter.
WCL / NASA POWER
1. Choose the location
Choose a reference city or coordinates, then load the climate context.
2. 1991–2020 climate baseline
Location—
Baseline period—
Annual mean temperature—
Warmest-month maximum—
Coldest-month minimum—
Annual mean wind at 10 m—
NASA POWER · 1991–2020
3. Home-adaptation screening
Monthly precipitation context: —
Monthly maximum-temperature baseline
—
Official local verification
How to interpret this page
Temperature and mean-wind values come from a location-specific NASA POWER climatology. WattCostLab applies transparent screening thresholds only to help prioritize topics for review. Flood, wildfire, drought and severe-wind hazards still require official local hazard information.
Important limitation
A city-level or grid-cell climate baseline cannot determine whether a particular building will flood, burn, suffer wind damage or overheat. Property elevation, drainage, construction, vegetation, urban form and local codes matter.
Screening methodology
Heat relevance is based on the warmest-month climatological maximum temperature: <25°C lower, 25–29.9°C moderate, 30–34.9°C elevated and ≥35°C strong. These are WattCostLab planning heuristics, not NASA, WMO, insurance or regulatory hazard thresholds.