ArcGIS, QGIS, satellite and reanalysis weather data (NASA POWER, NREL) for site selection, micro-siting and 25-year yield prediction across solar, wind and hybrid plants.
Capabilities
Each capability is mapped to industry-standard tools — and to the rest of your project lifecycle, so deliverables flow without seams.
Multi-criteria GIS analysis — slope, aspect, land-use, soil, transmission proximity and constraints scored on one map.
Long-term irradiance, wind speed and temperature datasets reconciled against on-site mast and pyranometer data.
Turbine and tracker placement optimised for yield, wake loss, civil cost and environmental setback constraints.
P50 / P75 / P90 generation forecasts with explicit climate-trend allowances and reanalysis uncertainty bounds.
How we work
No hand-offs to sub-contractors mid-project. The engineer who scopes the work signs the deliverable.
Pull satellite, reanalysis and ground-station data; cross-correlate with field observations.
Build land-use, constraint, grid and resource layers in ArcGIS / QGIS.
Translate resource maps into 8760-hour generation profiles for P50/P75/P90 cases.
Deliver shapefiles, micro-siting layout and a defensible 25-year resource memo.
Tell us the scope and timeline — we'll route you to the senior engineer who owns this discipline.