EPW.tools

Ingested from the official MCP Registry

FastDrop pulled this entry from the official MCP Registry as io.github.carlobianchi89/epwtools and probed the endpoint. The maker did not submit it, so the outbound link is not endorsed and the description is not theirs.

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Tools this endpoint exposes

Read directly from the endpoint on 4 Nov 2026. Not supplied by the maker.

• get_nearest_stations

  Nearest weather stations to a point (name, WMO id, distance, years of record). Free, no key.

• get_design_conditions

  Heating and cooling design conditions for any site, free, in one of two modes that are never mixed. mode="ashrae_method": the ASHRAE Handbook Ch. 14 method replicated at the nearest ASHRAE station fo

• list_cmip6_models

  The models available for future-climate morphing: `models` are global CMIP6 models (NASA NEX-GDDP, 25 km); `regional` are EURO-CORDEX pairs (12.5 km, Europe only, 27-72 N / 25 W-45 E) usable as `model

• analyze_epw

  Summary statistics of any public EPW by URL (OneBuilding, EnergyPlus, a shared file): location header, dry-bulb mean/min/max, annual global horizontal irradiation, data range warnings. Free, no key. 1

• generate_epw

  Start an actual-year (AMY) EPW + DDY + STAT for any point, 1990 to last year. 1 credit; +2 with urban_street_level (53 US cities: hourly street-level air temperature from citizen stations). Returns a

• generate_tmy

  Start a typical meteorological year from a chosen period (at least 5 years; 10-20 is usual). 1 credit.

• generate_future_climate

  Start a CMIP6-morphed future EPW (Belcher 2005). scenario: ssp126, ssp245, ssp370, ssp585; horizon: any decade 2030-2100; model from list_cmip6_models. 3 credits.

• generate_forecast

  Start a forecast EPW for the next 1-15 days (operational sims, MPC, demand response). Up to 7 days free.