Post by Prius Intelli

⚡ Texas added more solar capacity in 2024 than any other state. And most of those projects ran into the same bottleneck: site data that wasn't good enough to build on. Satellite imagery at 30cm resolution sounds precise - until you're trying to model drainage patterns across a 3,000-acre solar farm in the Permian Basin where a 6-inch grade change determines where water pools after a storm. That's not a satellite problem. That's a physics problem. Satellites can't give you the vertical accuracy that utility-scale grading and civil design actually require. Fixed-wing LiDAR can. A single aerial mobilization over a large solar site delivers: 📊 Bare-earth DEMs with sub-2cm vertical RMSE — accurate enough for mass grading estimates, cut/fill balancing, and stormwater modeling 🛩️ 1–3 inch orthoimagery for access road planning, substation siting, and environmental documentation Change-detection baselines you can resurvey as construction progresses For developers, EPCs, and landowners moving projects through permitting and design in Texas and the Southwest, getting the terrain data right at the front end isn't a line item - it's what keeps your pro forma intact when you hit the grading phase. The energy transition is moving fast. The terrain isn't moving at all - but you need to understand it precisely before you break ground. Visit https://priusintelli.com/ or DM us to discuss aerial data for your next renewable site. #EnergyTransition #AerialLiDAR #TexasEnergy #GeospatialIntelligence #LiDARMapping #UtilityMapping #RightOfWay #OilAndGas #GISPro