EMBEDEARTH / SEARCH API
Solar Farm Search API
Find utility-scale solar and compare grid access, land context, roads, substations, and nearby development.
Solar Farms Search API Built for Geographic Queries
Use EDK as a solar farm API for radius search, bounding boxes, polygons, viewports, and named places. Return coordinates, geometry, metadata, and map-ready results in one response. Developers can search solar farms across a neighborhood or an entire region without maintaining a separate geospatial index.
Connect Solar Farms to the Infrastructure They Depend On
For solar farms, location is inseparable from substations, transmission, roads. Use EDK to measure those relationships directly: nearest asset, distance to network, overlap with service areas, or count of supporting infrastructure nearby. That makes solar farm API useful for engineering and infrastructure intelligence, not just mapping.
Screen Solar Farms Locations with Site-Selection Criteria
Evaluate candidate sites against substations, transmission, roads, land cover. Use hard exclusions, distance thresholds, weighted proximity, route access, and custom polygons to build a renewable energy site selection model that matches the project. EDK returns the candidate geometry and the factors behind the score.
Render Large Solar Farms Layers without Giant GeoJSON Files
Large solar farms datasets should not require one oversized GeoJSON download. Serve solar site map as vector tiles, request only the current zoom and viewport, and keep feature properties available for interaction. This is useful when the product has to move smoothly from street detail to regional context.
A Developer Stack for Solar Farms Search, Maps, and Analysis
EDK lets developers use solar farms as more than one endpoint. Search produces structured geography, maps and tiles render it, routing measures access, and Compute handles spatial relationships. The API, SDK, CLI, and MCP expose those capabilities for different parts of the stack.
Give AI Agents Real Solar Farms Tools
Expose solar farm API, routing, map, and compute operations through MCP so an AI agent can perform geographic work instead of approximating it in language. The model can find solar farms, compare them with substations and transmission, calculate proximity or access, and return structured results.
Explore Solar Farms with Viewport-Based Map Search
Use solar site map to build an interactive explorer rather than a static overlay. Viewport bounds drive search, zoom controls detail, and selected solar farms can open related geography such as substations or transmission. The same query layer can support a public map or internal dashboard.
What You Can Build with Solar Farms Data
Use solar farm GIS data for asset intelligence, engineering studies, site selection, due diligence, infrastructure investment, and field operations. Connect solar farms to substations, transmission, and roads, then use Compute for grid-distance and nearby-development constraints.
ONE GEOGRAPHIC WORKFLOW
Search, map, route, and compute with EDK.
RELATED SEARCH APIS