Win more deals
Use higher-confidence project value insights to support more aggressive bids or lease offers.
PV Site-Fit, Production & Economics
Make more money and more electrons per project.
PValpha helps development, finance, and technical teams find higher-NPV configurations before full design engineering begins.
PValpha unlocks maximum site value and cashflows based on actual site constraints and financial model. Maximize alpha on your projects.
Optimize for project value, not just engineering rules of thumb
Better early-stage optimization can change the economics of a project. Higher production, smarter DC/AC tradeoffs, better use of constrained land, and clearer financial comparison can increase NPV — giving teams more room to bid aggressively, offer stronger lease payments, save marginal projects, and prioritize the opportunities with the greatest upside.
Rescue challenged projects
Explore configuration changes that improve top-line revenue and project economics.
Prioritize better opportunities
Compare projects by financial outcome, not just acreage or nameplate size.
Optimize beyond rules of thumb
Evaluate geometry, production, and economics together instead of relying only on generic design assumptions.
Create solar project alpha
Find the added project value created by better technical and financial decisions.
Early-stage decisions deserve better inputs
Early-stage PV decisions are often made from rough acreage, buildable-percentage assumptions, disconnected production tools, and spreadsheet models. Odd geometry, setbacks, keepouts, weather assumptions, GCR, and DC/AC ratio can materially change project value.
Teams that rely only on rules of thumb risk leaving money and electrons on the table — or committing resources to projects that never pencil out.
Sketch the site. Define constraints. Run the optimization.
Compare better project outcomes — then pass clear guidance to your technical team for detailed design.
Sketch the site
Draw mechanical areas and define the project boundary on real geometry.
Define constraints
Add keepouts, setbacks, and layout assumptions that reflect real site conditions.
Run optimization
Model production, sweep GCR and DC/AC, and compare project economics.
Pass guidance to the team
Export decision support for detailed sale design, engineering, and validation.
PValpha is designed so non-technical users can create useful early-stage guidance, while technical teams can later use that guidance for detailed sale design, engineering, and validation.
Built for early-stage optimization
Site-fit, production modeling, and project economics — combined in one optimization workflow.
Simple area sketching
Define project boundaries and solar mechanical areas directly on site geometry.
Keepout-driven site fit
Account for buildings, wetlands, roads, easements, and other restricted areas.
Geometry-aware capacity
Estimate usable area, row-packing potential, and fitted system size from real constraints.
Bankable production modeling
Model PV production with industry-standard pvlib calculations on the backend.
Default weather provided
Start quickly with default weather data or bring your own
Uploaded weather files
Support for NSRDB, SolarAnywhere, TMY3, EPW, and other standard TMY-type formats.
Major site parameter optimization
Evaluate layout density and inverter loading tradeoffs that affect production and cost.
NPV / IRR / LCOE
Compare project economics across configurations with user-defined financial assumptions.
Development margin analysis
Understand development margin alongside production and cost outcomes.
Exportable decision support
Share optimization results and guidance with technical and finance stakeholders.
Conceptual optimization, not CAD drafting
PValpha is not a CAD drafting tool. It is a conceptual optimization platform for earlier, faster, higher-value development decisions. It helps teams identify better configurations before handing the project to technical design and engineering.
It is not a HelioScope clone, not construction drawing software, and not a replacement for final engineering review. It is the decision-support layer that comes before detailed design.
Find the solar project alpha that standard designs will miss.
Ready to stop leaving project value on the table? Start optimizing site fit, production, and economics in one workflow.