@pipeworx/nrel
Connect: https://pipeworx.io/mcp — every tool in the catalog, including @pipeworx/nrel’s.
Connect to just the @pipeworx/nrel pack
https://gateway.pipeworx.io/nrel/mcp — only @pipeworx/nrel’s own tools, nothing else in the catalog.
No MCP client? Skip the connection: POST https://gateway.pipeworx.io/v1/tools/search_packs {"query":"..."} to find a tool below, GET /v1/tools/<name> for its schema, POST the same URL with arguments for the data — see For AI agents.
Tools: 4
Tools
- pvwatts — Solar energy production estimate (PVWatts v8) for a photovoltaic system at a lat/lon. Returns estimated annual AC energy (kWh), capacity factor, solar radiation, and monthly production. Example: pvwat
- solar_resource — Solar resource (sunlight) for a location: average direct normal irradiance (DNI), global horizontal irradiance (GHI), and tilt-at-latitude radiation, annual plus monthly. Example: solar_resource({ lat
- alt_fuel_stations — EV charging / alternative fuel stations near a point (lat/lon + radius) or within a state. Filter by fuel type (ELEC, E85, LPG, CNG, HY, etc.). Returns station names, addresses, EV connectors/network,
- utility_rates — Electricity utility rates ($/kWh) for a location: the serving utility plus average residential, commercial, and industrial rates. Example: utility_rates({ lat: 40.0, lon: -105.25 })
Tools
alt_fuel_stations— EV charging / alternative fuel stations near a point (lat/lon + radius) or within a state. Filter by fuel type (ELEC, E85, LPG, CNG, HY, etc.). Returns station names, addresses, EV connectors/network,pvwatts— Solar energy production estimate (PVWatts v8) for a photovoltaic system at a lat/lon. Returns estimated annual AC energy (kWh), capacity factor, solar radiation, and monthly production. Example: pvwatsolar_resource— Solar resource (sunlight) for a location: average direct normal irradiance (DNI), global horizontal irradiance (GHI), and tilt-at-latitude radiation, annual plus monthly. Example: solar_resource({ latutility_rates— Electricity utility rates ($/kWh) for a location: the serving utility plus average residential, commercial, and industrial rates. Example: utility_rates({ lat: 40.0, lon: -105.25 })