Put equipment in context.
Move the conversation from isolated product performance to visible project trade-offs across capacity, energy, cost, LCOE, storage, and project value.
Equipment value changes with the site, layout, grid limit, storage strategy, and commercial objective. RE PILOT helps OEM teams explore those interactions and show customers where a module, inverter, or racking strategy creates a compelling project direction.
Move the conversation from isolated product performance to visible project trade-offs across capacity, energy, cost, LCOE, storage, and project value.
The same equipment can lead to different outcomes depending on layout density, DC/AC strategy, storage, grid capacity, cost assumptions, and the objective being prioritized. The useful question is not “Which product is always best?” It is “Under which project conditions does this equipment create a strong direction?”
Include module, inverter, and racking candidates alongside ILR, GCR, pitch, battery size, and grid constraints.
Show where equipment strategies sit across energy, LCOE, CapEx, OpEx, and project value and what conditions drive the differences.
Give sales engineers and customers a shortlist of configurations that deserve deeper investigation in PVFARM.
Connect equipment choices to the project outcomes customers care about—without claiming one product is the universal winner.
Talk through your search spaceSelect equipment candidates, variable ranges, storage assumptions, constraints, and project objectives.
Explore equipment within the wider PV + BESS design space instead of comparing one fixed recipe at a time.
Show where equipment strategies land on the Pareto frontier and what drives the differences.
Shortlist directions that warrant deeper customer and engineering review, then refine them in PVFARM.
Give technical sales, applications engineering, and product teams a shared way to compare equipment strategies and guide customers toward a credible shortlist.
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