Bankable Results. Physics-Based. AI-Ready.
PlantPredict delivers bankable, physics-based energy yield predictions in the cloud. Easy to learn, fast to run, ready to automate. Purpose-built for utility-scale PV.
Bankable energy yield assessments with the speed and time resolution legacy desktop tools can't match. Physics-based 3D shade modeling, independently validated, and built for projects well over 1 GW.
Sub-hourly resolution (1, 15, and 30-minute steps)
Physics-based modeling with full 3D ray tracing
Bankable, IE-validated energy yield predictions
Fastest 3D shade engine on the market, at GW scale
Bifacial, tracker, and battery storage simulation
API-first and AI-ready, with an open Python SDK
The energy yield report with your name on it goes straight to the lender. PlantPredict is built so every number survives diligence. Tighten your P50/P90 spread, defend your assumptions, and secure financing with confidence.
Independent bankability studies by ICF, Leidos, and Solphi.
Independent technical reviews from DNV GL, Black & Veatch, and Leidos
Proven across 3+ TW of projects over 10+ years
100% open, documented algorithms means no black box for your IE to question
Use the REST API and open-source Python SDK to run batch simulations, manage component libraries, pull weather data, and build custom workflows, or let AI agents write the scripts and drive the API for you. The physics-based engine still runs every prediction; AI never touches the model.
Full REST API for batch energy simulations at scale
Open-source Python SDK on PyPI and GitHub
AI-ready architecture for next-generation automation
Easy to follow documentation
Native MCP client coming July 2026
Legacy desktop tools were built for flat sites and hourly timesteps. PlantPredict is cloud-native and API-first, built to scale from community solar to multi-gigawatt portfolios.
GIS-enabled site design, earthwork assessment, and string-sizing optimization. Pro tools extend PlantPredict across the pre-construction workflow.
Create optimized site layouts, predict energy yields, generate a Bill of Quantities, estimate EPC costs, and conduct LCOE analysis through multi-year cash flows, all within a collaborative GIS environment.
GIS-enabled site assessment with 30+ data layers
Automated BoQ, EPC cost, and LCOE outputs
Multi-scenario GCR & DC/AC optimization
Collaborative single source of truth
Calculate cut and fill volumes by analyzing existing contours and mounting specifications. Terrain Pro provides realistic earthwork estimates early in the process, preventing construction surprises later.
40× reduction in civil engineering hours
Standard vs terrain-following tracker comparison
CAD/DXF import for topographic data and layouts
Cut/fill heatmaps, pile visualization, rack profiles
Static datasheets leave revenue on the table. Voltage Pro uses simulation-based string sizing with 20+ years of historical weather data, moving away from overly cautious strategies that needlessly lead to lost revenue.
Multi-year weather-based voltage simulation
1-click weather data from top-tier providers
PAN and PPM file upload or database selection
Automated safety factor calculations
Enterprise-tier capabilities and partner integrations include programmatic API access, your own CAD/DXF layouts, advanced soiling, and probabilistic uncertainty.
Programmatic access to PlantPredict's energy and earthwork engines. Run batch simulations and pipe results straight into your own tools and pipelines.
AI-ready REST API for batch energy and earthwork processing
Open-source Python SDK on PyPI and GitHub
Powers Design Pro, Voltage Pro and Terrain Pro under the hood
Available with Enterprise plans
Run Terrain Pro earthwork assessments directly on your own CAD/DXF site layouts, comparing fixed-tilt and terrain-following trackers in hours instead of weeks.
Import your CAD/DXF site layouts and topography
Compare earthwork across tilt and pier-reveal options
Outputs ready for engineering and construction
Extends Terrain Pro
Go beyond the industry-standard 2% default. Import site-specific monthly soiling loss factors powered by PVRADAR's physical soiling model, then optimize cleaning to maximize profitability.
Site-specific monthly soiling loss factors
Cost-optimal cleaning schedule analysis
Compare cleaning services vs in-house operations
Validated against operational data by TotalEnergies
PowerUQ integration brings rigorous P50/P90 uncertainty analysis into your PlantPredict workflow, with tighter, more defensible probability distributions without exporting to a separate tool.
Native P50/P90 outputs in every project
Monte Carlo propagation across loss factors
Bankable assumptions, fully documented
One-click activation from your existing project
The modern, cloud-native comforts that make a modeler's day easier.
Cloud GPUs do the heavy lifting, so full 3D simulations run from a basic laptop or Chromebook, with no costly engineering workstations to buy or maintain.
No per-project fees, no simulation caps. Run as many predictions as your pipeline needs, all included in your license.
Share projects with lenders, reviewers, and stakeholders who can view results without a paid license. Perfect for due diligence.
Share a project with your whole team and work from one source of truth, with no emailing files or reconciling versions across desktops.
Published pricing from $2,600/year with unlimited projects, and no opaque, enterprise-only quotes just to get started.
Join hundreds of organizations that trust PlantPredict for bankable energy predictions. Start with a free account, get a free trial of Pro features, or book a demo with our team.