PLSS Converter for Renewable Energy Professionals
Solar and wind projects on federal land start with a PLSS legal description. Every BLM right-of-way application, transmission corridor, and project boundary is defined by sections, townships, and ranges. Convert them to GPS coordinates — one description or hundreds at once.
PLSS in Renewable Energy Development
Nearly 90 percent of utility-scale solar and wind projects in the western US are sited on or adjacent to federal land administered by the Bureau of Land Management. The BLM identifies every parcel in its system using PLSS legal descriptions — Township, Range, Section, and the applicable principal meridian. Before a developer can submit a BLM SF-299 right-of-way application, every section in the project footprint must be listed with its correct PLSS description.
A large solar facility in Nevada might cover 20 sections across three townships. A wind farm in Wyoming might list 40 sections on its ROW grant. Each description needs to be verified against BLM survey data and converted to GPS coordinates for NEPA analysis, interconnection studies, and survey crew deployment. Doing that manually — pulling plat maps, reading section coordinates, transferring them into GIS — takes hours per project phase.
Township America converts PLSS descriptions to GPS coordinates using official BLM CadNSDI source data. The same REST API that powers the web app runs in permitting workflows and GIS pipelines — so your team spends time on the project, not on coordinate lookup.
How Renewable Energy Teams Use Township America
Project Developer Filing a BLM Right-of-Way Application
A utility-scale solar developer is filing an SF-299 application for a project in Clark County, Nevada. The proposed footprint covers Sections 14, 15, 22, and 23 of T19S R62E, Mount Diablo Meridian — 2,560 acres of BLM land. The project manager exports all 24 PLSS descriptions for the full project area to a CSV, runs a batch conversion, and gets GPS coordinates for every section boundary and quarter section corner. Those coordinates feed the project boundary shapefile the BLM requires with the ROW application.
Transmission Engineer Routing a New Line
A transmission developer is routing a 138kV collector line from a wind farm in Carbon County, Wyoming to an existing substation. The proposed corridor crosses 18 sections, each described in ROW documents using 6th Principal Meridian notation — for example, T21N R87W Sec 6 SE¼ through T20N R86W Sec 1 NW¼. The engineer converts each entry point description to GPS, generates a KML centerline, and shares it with the licensed survey team who will stake the corridor and identify surface owners requiring easements.
Environmental Consultant Building a NEPA Study Area
An environmental consultant is defining the study area for an Environmental Impact Statement for a 400 MW solar facility in Arizona. The study area extends 1 mile beyond the project boundary across 60 additional sections. The consultant uses the Township America API to convert all 84 PLSS descriptions in a single request, returning GeoJSON polygons that load directly into the GIS project for species habitat analysis, visual impact modeling, and cultural resource survey planning.
Field Survey Crew Staking Turbine Locations
A survey crew is mobilizing to stake turbine foundations for a wind project in Converse County, Wyoming. The project engineer sends turbine coordinates derived from PLSS descriptions using the Township America mobile app — NW¼ SE¼ Sec 9 T35N R73W, 6th Principal Meridian. The crew opens the app offline in the field, confirms the GPS pin matches the staking plan, and captures as-built coordinates without needing cell service on the project site.
Built for Federal Land Projects
Batch Conversion
Upload a CSV with all sections in a project area. Get GPS coordinates for every PLSS description in one pass — ready for GIS import or field crew handoff.
API Access
Integrate PLSS conversion into permitting workflows, land databases, and GIS pipelines via the REST API. Sub-200ms response times for production use.
GeoJSON & KML Export
Export converted sections as GeoJSON for ArcGIS or QGIS, KML for Google Earth, or CSV for spreadsheet analysis and project cost modeling.
All 37 Principal Meridians
Solar and wind projects span multiple states with different meridians. Township America auto-detects the correct meridian for each description.
Key States for Renewable Energy Projects
Most large-scale solar and wind development on federal land happens in the interior West. Township America covers every PLSS state in that corridor, handling the different principal meridians automatically — so descriptions from Nevada's Mount Diablo Meridian, Arizona's Gila and Salt River Meridian, and Wyoming's 6th Principal Meridian all convert without manual configuration.
Frequently Asked Questions
Can Township America handle multi-section solar project boundaries?
Yes. Solar and wind projects typically span dozens of contiguous sections across multiple townships. Upload a CSV with all PLSS descriptions and Township America returns GPS coordinates for every section centroid, quarter section boundary, and aliquot part. The output exports as GeoJSON or KML for direct import into GIS platforms like ArcGIS Pro or QGIS.
Which states are covered for BLM right-of-way applications?
Township America covers all 30 PLSS states where BLM administers federal land, including Nevada, Wyoming, California, Arizona, New Mexico, Utah, Colorado, Idaho, Montana, and Oregon — the states where most utility-scale renewable projects on public land are sited. All 37 principal meridians are supported, so descriptions from the Mount Diablo, San Bernardino, Gila and Salt River, and 6th Principal meridians convert without manual meridian configuration.
Does the API support automated PLSS lookups in permitting software?
Yes. The Township America REST API accepts PLSS descriptions and returns GPS coordinates in standard JSON. It integrates with project management platforms, permitting tools, and GIS pipelines. Average response time is under 200ms. Batch endpoints handle thousands of descriptions per request for large-scale project analysis.
How precise are the coordinate outputs for transmission line routing?
Township America returns coordinates to the quarter-quarter section level (approximately 40 acres), based on official BLM CadNSDI survey data — not interpolated estimates. For transmission corridors where the ROW agreement specifies individual quarter sections, this precision is sufficient to identify parcel centroids and generate survey-ready waypoints for field crews.
Convert Your Project Sections Now
Batch convert PLSS descriptions to GPS coordinates — ready for BLM filings and GIS.