Carbon Intensity
Real-time grid carbon intensity by balancing area.
Calculate expected solar photovoltaic generation based on location, system capacity, and panel configuration. Uses NREL PVWatts methodology with TMY weather data.
Add to your claude_desktop_config.json under "mcpServers":
"pv-estimator": {
"command": "npx",
"args": ["@saral/mcp-pv"]
}Calculate expected solar photovoltaic generation based on location, system capacity, and panel configuration. Uses NREL PVWatts methodology with TMY weather data.
Update frequency: Static (TMY-based estimates)
Department of Energy / Energy Information Administration
California Public Utilities Commission
Public Utility Commission of Texas
New York Public Service Commission
Australian Energy Market Operator
National Grid Electricity System Operator (UK)
Power Grid Corporation of India Limited
| Name | Type | Required | Description |
|---|---|---|---|
| lat | number | Yes | Latitude |
| lon | number | Yes | Longitude |
| capacity_kw | number | Yes | System DC capacity in kW |
| tilt | number | No | Panel tilt angle (default: latitude) |
| azimuth | number | No | Panel azimuth, 180=south (default: 180) |
| Name | Type | Description |
|---|---|---|
| annual_kwh | number | Estimated annual AC generation in kWh |
| capacity_factor | number | Annual capacity factor as percentage |
| monthly_kwh | array | Monthly generation breakdown |
NREL PVWatts v8 algorithms with TMY3 weather data.
No, this provides unshaded estimates. For shading analysis, use a detailed design tool.
Currently supports fixed-tilt only. Tracking support coming soon.
Real-time grid carbon intensity by balancing area.
Query U.S. Energy Information Administration datasets.
Look up utility rate structures from OpenEI.