Frequently Asked Questions

PValpha is a solar project optimization platform that combines site geometry, PV production modeling, and project economics to support early-stage development decisions. Its purpose is to help teams find higher-value project configurations before detailed design begins.

In financial markets, beta is the return you would expect from simply participating in the broad market or benchmark — the baseline outcome if you follow the standard playbook. Alpha is the added return created by making better decisions than that benchmark — the extra value generated through skill, analysis, and optimization rather than just going with the market.

PValpha applies that same framework to PV development. Beta, in this context, is the project value you would expect under standard engineering design — typical acreage assumptions, rules of thumb, and default configurations. Alpha is the added project value still waiting to be captured through better site-fit, production, and financial optimization.

Instead of accepting a single default configuration, PValpha helps teams search for that alpha — the higher-NPV outcomes that rules of thumb and disconnected workflows can miss.

In simple terms: PValpha helps create solar project alpha — more value and more electrons per project through better decisions.

PValpha is designed to help increase project NPV and revenue potential by optimizing site fit, production assumptions, and financial outcomes together. Better optimization can support stronger bids, more competitive lease payments, improved project prioritization, and better recovery options for challenged projects.

PValpha is built for solar developers, EPCs, IPPs, consultants, owner's engineers, project finance teams, land teams, and anyone evaluating utility-scale or commercial solar opportunities.

No. PValpha is intended to be usable by technical and non-technical users. A non-technical user should be able to sketch a site, define basic constraints, and compare outputs. The resulting guidance can then be passed to a technical team for detailed design engineering.

No. PValpha is not intended to replace detailed design, construction drawings, PVsyst studies, or final engineering review. It is intended to help evaluate site fit, production tradeoffs, and economic outcomes earlier in the development process.

Site-fit optimization means evaluating how much PV can reasonably fit within a user-defined project area after accounting for keepouts, setbacks, layout assumptions, and geometry constraints.

Users sketch a solar mechanical area, define keepouts, enter key layout assumptions, and PValpha uses backend geometry calculations to estimate usable area, row-packing potential, and fitted system size.

Keepouts are areas within or near a project site where solar equipment should not be placed, such as buildings, ponds, wetlands, tree stands, roads, easements, or owner-restricted areas.

By default, PValpha can use live PVGIS weather data through pvlib. Users may also upload supported weather files such as NSRDB/PSM3, SolarAnywhere, TMY3, EPW, or other standard TMY-type formats where supported.

No. PValpha is designed so calculations run on the backend. Excel/CSV exports may be used for reporting and review, but Excel is not the calculation engine.

PValpha can evaluate combinations of site-fit assumptions, GCR or row pitch, DC/AC ratio, production, and project economics to help compare better conceptual configurations.

Yes. PValpha is intended to include project-level economic outputs such as NPV, IRR, LCOE, and development margin, based on user-defined financial assumptions.

By identifying higher-value project configurations earlier, PValpha can help teams understand how much room they may have for more aggressive bids, stronger lease payments, or better prioritization of development resources.

Yes. PValpha can help test whether changes to layout density, DC/AC ratio, production assumptions, or economics may improve project viability.

No. Results are conceptual and intended for early-stage screening and decision support. Final designs should be completed in dedicated engineering/design software and reviewed by qualified professionals.

Pricing is coming soon. Users can contact PValpha for early access or enterprise discussions.

Use the Contact page or support button to reach the PValpha team.