Solar Software P3 Reference 3 min read Reviewed July 8, 2026 Akash Hirpara Akash Hirpara

RatedPower

RatedPower (pvDesign) is software for utility-scale solar plant design. Learn its layout, tracker, BOM and yield features and how EPCs use it at bid stage.

Quick answer

RatedPower is a Madrid-based software company whose cloud platform, pvDesign, automates the design of utility-scale ground-mount solar plants. It generates layouts, tracker or fixed-tilt arrangements, cabling, roads, single line diagrams, bill of materials and preliminary yield. Developers and EPCs use it for fast feasibility and comparing layout options before detailed engineering.

Key Takeaways

  • RatedPower = utility-scale automated solar design.
  • Spanish-origin; global use.
  • Layout, BOM, basic yield in one tool.
  • Cross-check yield in PVsyst.
  • Competes with PVcase in same space.

What RatedPower Automates

RatedPower’s core value is speed at the feasibility and early-design stage of a utility-scale ground-mount project. Instead of a designer manually laying out tracker rows, trenching, and access roads for a multi-hundred-acre site, RatedPower takes site boundaries, module and tracker inputs, and terrain data, then generates a layout, a bill of materials, and a preliminary yield number in a fraction of the time a manual pass would take.

That makes it most useful for the “how many megawatts can we fit here, and roughly what will it produce” stage of a project, before the design moves into detailed engineering.

RatedPower in the Design Workflow

Because RatedPower’s yield module is a convenience feature rather than a bankable simulation engine, the typical workflow pairs it with other tools rather than replacing them: RatedPower for rapid layout iteration and BOM takeoff, then a dedicated simulation tool for the finance-grade energy yield assessment once a layout is locked in.

Teams evaluating RatedPower are usually also weighing PVcase, the other well-known automated ground-mount platform, and treating PVsyst as the downstream step for any yield number that needs to hold up to lender scrutiny.

RatedPower sits in the same utility-scale, ground-mount corner of the solar software stack covered in SurgePV’s utility-scale solar design overview, which lays out how tracker plant layout, BOM, and yield modeling typically divide across tools on a real project. For teams comparing RatedPower’s yield output against a bankable simulation, Advanced PVsyst Analysis: How Accurate Yield Predictions Save Millions walks through why that cross-check step matters for financing.

If you’re still deciding which platform belongs in your utility-scale stack at all, Best Solar Design Software in 2026: 10 Platforms Ranked places RatedPower alongside its closest competitors. For plants where the ground-mount EPC work itself is being scoped, Heaven Green Energy’s ground-mount solar park EPC services cover the construction side that follows the design phase RatedPower speeds up.

For a hands-on assessment, see the RatedPower review; the Solar Ladder review covers a lower-cost option for smaller projects.

Disclosure: Heaven Green Energy and SurgePV are Heaven Designs group companies.

Frequently Asked Questions

3 commonly searched questions about RatedPower.

Is RatedPower the same as PVsyst?
No. RatedPower automates plant layout, cabling and BOM and gives an indicative energy yield, while PVsyst is a dedicated simulation engine widely used for bankable yield reports. Utility-scale teams often generate layouts in RatedPower and then confirm final P50 and P90 figures in PVsyst.
How does RatedPower compare with PVcase?
Both automate utility-scale ground-mount layout, but they work differently. RatedPower is a cloud platform producing layouts, electrical design and documents from inputs. PVcase runs inside AutoCAD and is strong on terrain-following design. The choice usually depends on team workflow, terrain complexity and deliverables required.
Can RatedPower be used for rooftop solar?
No. RatedPower is built for utility-scale ground-mount and tracker plants, including substations and medium-voltage design. Rooftop residential and commercial projects are designed with tools built for roof geometry, setbacks and building obstructions, such as Aurora Solar, HelioScope or PVsyst with a 3D scene.

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