Comparison 2026
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RatedPower
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SurgePV: Full Comparison (2026)

RatedPower vs SurgePV: Full Comparison (2026)

Detailed side-by-side comparison of RatedPower and SurgePV. Compare features, pricing, design capabilities, and which platform fits your solar business — from automated utility-scale engineering to all-in-one design.

Keyur Rakholiya

Written by

Keyur Rakholiya

CEO & Co-Founder · SurgePV

Rainer Neumann

Edited by

Rainer Neumann

Content Head · SurgePV

Key Takeaways

  • RatedPower (now part of Enverus) automates utility-scale solar and BESS engineering
  • SurgePV covers residential, commercial, and utility-scale with proposals and financial modeling
  • RatedPower does not support residential or small commercial projects
  • SurgePV includes proposal generation, permit packages, and SLD diagrams that RatedPower lacks
  • RatedPower has opaque license-based pricing; SurgePV offers transparent published rates
  • RatedPower has deeper standalone BESS design and Gen-Tie reporting

Quick Verdict

Our Verdict

If you are a utility-scale developer or IPP that needs automated preliminary engineering, bankable yield estimates, and standalone BESS design for project financing, RatedPower is a strong specialist tool. For teams that work across project types — residential, commercial, and utility — or need proposals, customer-facing financial models, and electrical engineering documentation, SurgePV delivers a complete platform at a more accessible price.

Company Overview

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RatedPower

Founded

2017

Headquarters

Madrid, Spain (Part of Enverus)

Focus

Automated utility-scale solar + BESS design

Best For

Utility-scale developers & IPPs

Pricing Starts

License-based tiers (opaque)

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SurgePV

Founded

2025

Headquarters

London, UK (Global)

Focus

All-in-one solar platform

Best For

Global residential, commercial & utility

Pricing Starts

$1,499/yr

Feature Comparison

Here’s a detailed feature-by-feature breakdown of RatedPower vs SurgePV. RatedPower is a specialist utility-scale engineering tool, while SurgePV is a full-stack solar design software platform that covers the entire solar workflow.

FeatureRatedPowerSurgePV
Cloud-Based Platform
Satellite Imagery✓ (Topographic data)✓ (Google & Nearmap)
Residential Rooftop Design
Commercial Rooftop Design✓ (Up to 5MW)
Utility-Scale Ground-Mount✓ (Automated engineering)
Standalone BESS DesignPaired with solar
Topographic Analysis✓ (Elevation data)✓ (Terrain analysis)
Gen-Tie Reports
Bankable Yield Estimates✓ (P50/P75/P90)
3D Shade AnalysisBasic✓ (8760-hour simulation)
Auto Panel Layout✓ (Automated)✓ (AI-powered)
Single-Line Diagrams (SLD)Basic schematic✓ (Native)
Three-Line Diagrams✓ (Native)
Bill of Materials✓ (Detailed with pricing)
Permit Package Generation
Proposal Generation✓ (Web + PDF)
Financial ModelingEnergy yield focused✓ (Global, multi-currency)
Battery Storage✓ (Standalone + hybrid)
API AccessEnterprise only✓ (All plans)

Design Capabilities

RatedPower and SurgePV occupy different positions in the solar software market. RatedPower automates early-stage engineering for large solar farms. SurgePV spans the full project lifecycle from residential design to utility-scale.

RatedPower Design Strengths

RatedPower, now part of the Enverus energy intelligence platform, automates the full development cycle for utility-scale solar and battery storage projects. The platform ingests topographic data, applies design constraints, and generates complete preliminary engineering layouts with energy yield estimates.

Key capabilities include terrain-aware layout generation, tracker and fixed-tilt optimization, and standalone BESS design for energy storage projects. The Gen-Tie reporting feature helps developers assess grid connection costs early in the development process. RatedPower’s yield estimates are positioned as bankable, though the platform is newer to this space than established names like PVsyst.

The trade-off: RatedPower is built for large-scale early development. It does not generate customer-facing proposals, permit packages, or detailed electrical engineering documentation like SLDs. Its pricing is opaque and license-based, and it offers limited design flexibility for teams that want to fine-tune layouts manually.

SurgePV Design Strengths

SurgePV provides a cloud-based design environment that handles residential rooftop, commercial (up to 5MW), and utility-scale projects. The AI-powered auto-design engine generates layouts from satellite imagery, and the 8760-hour shade simulation produces detailed annual shading analysis.

SurgePV’s standout features are in its engineering documentation stack: native SLD generation, three-line diagrams, wire sizing, BOM with component pricing, and complete permit packages. Combined with multi-currency financial modeling and proposal generation, SurgePV covers the entire workflow from initial design to signed contract — something RatedPower was never built to do.

Proposal & Sales

RatedPower Proposals

RatedPower does not generate customer-facing proposals. The platform produces technical reports and energy yield documents for internal use and project financing. These reports are suitable for investor presentations and due diligence, but they are not designed for retail customer sales.

For utility-scale development, this is often fine — the sales process involves direct negotiations, term sheets, and technical documentation rather than consumer proposals. But any team that also handles C&I or residential sales will need a separate proposal tool.

SurgePV Proposals

SurgePV’s proposal engine produces white-label web and PDF proposals with performance data, financial analysis, and company branding. The financial models support cash, loan, lease, and PPA structures across multiple currencies and tariff regimes.

Energy yield projections at P50/P75/P90 confidence levels give customers and financiers a clear picture of expected returns. The platform also generates a detailed BOM with pricing. For teams that sell to both end customers and investors, SurgePV provides the output for both audiences.

Pricing Comparison

RatedPower uses opaque license-based pricing that typically requires a sales conversation. SurgePV publishes its pricing with all features included in every plan.

PlanRatedPowerSurgePV
Entry LevelLicense-based (estimated $4,000+/yr)$1,499/year (3 users)
PremiumLicense-based (custom)$1,299/user/year (5 users)
EnterpriseCustomCustom
Pricing TransparencyRequires sales callPublished on website
Total Year 1 Cost (1 user)$4,000+ (estimated)$1,499
Features IncludedUtility-scale design + yield onlyAll features, all plans
Year 1 Total Cost of Ownership
RatedPower ≈$4,000+ vs SurgePV $1,499 — SurgePV saves ~63%

One Platform for Every Project Type

SurgePV handles residential, commercial, and utility-scale with design, proposals, and financial modeling — all in one subscription.

Start Free Trial

No credit card required · No desktop software · Full access

Pros & Cons Side-by-Side

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RatedPower

Pros

Automated utility-scale preliminary engineering
Standalone BESS design and hybrid solar+storage
Gen-Tie reporting for grid connection assessment
Bankable yield estimates for project financing
Part of Enverus energy intelligence ecosystem

Cons

No residential or small commercial support
No proposal generation or customer-facing output
Opaque license-based pricing
Limited design flexibility for manual adjustments
Newer bankability track record vs established tools
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SurgePV

Pros

All features included in every plan
Covers residential, commercial, and utility-scale
Native SLD, three-line, and permit packages
Proposals with multi-currency financial modeling
Transparent published pricing
~63% lower total cost of ownership

Cons

Newer platform (founded 2025)
No standalone BESS design
No Gen-Tie reporting
No native CRM (API-based integration)
E-signature integration coming soon

Who Should Choose What?

RatedPower and SurgePV serve different segments of the solar industry. This decision matrix helps you pick the right tool.

Your SituationChoose RatedPowerChoose SurgePV
Utility-scale developer (100MW+ portfolio)
Need standalone BESS design
Need Gen-Tie and grid connection reports
Mixed residential + commercial projects
Need customer-facing proposals
Need electrical engineering (SLDs)
Budget-conscious teams
International/multi-currency sales
Need permit package generation
All-in-one platform (no add-ons)

Migration Guide: RatedPower to SurgePV

Transitioning from RatedPower to SurgePV is straightforward for teams ready to consolidate their software stack. Here’s a step-by-step guide:

1

Sign Up for SurgePV Free Trial

Create your SurgePV account with full access to all features. No credit card required, no software installation needed.

2

Export Project Reports from RatedPower

Download your existing project layouts, yield reports, and design specifications from RatedPower for reference.

3

Recreate Active Projects in SurgePV

Use SurgePV’s satellite imagery and AI-powered auto-design to rebuild your active utility-scale projects. Add financial models and proposals that RatedPower did not provide.

4

Expand to Residential and Commercial

If your team handles or plans to handle rooftop projects, set up residential and commercial workflows in SurgePV — something RatedPower could not support.

5

Cancel RatedPower License

Once your team has transitioned all active projects, cancel your RatedPower subscription and consolidate on SurgePV.

Frequently Asked Questions

Is SurgePV better than RatedPower?

For teams that handle residential, commercial, and utility-scale projects, SurgePV is the better choice. RatedPower is purpose-built for automated utility-scale engineering and BESS design. If you work exclusively on large ground-mount solar farms, RatedPower may be the right tool.

Can SurgePV match RatedPower for utility-scale yield estimates?

SurgePV provides 8760-hour simulation with P50/P75/P90 yield projections suitable for most utility-scale projects. RatedPower has deeper bankable yield estimation with Gen-Tie reports and standalone BESS modeling that may be required by specific lenders.

Does RatedPower work for residential solar?

No. RatedPower is designed for utility-scale solar and battery storage projects. It does not support residential rooftop design, homeowner proposals, or small commercial projects.

Is RatedPower worth the licensing cost?

For utility-scale developers and IPPs that need automated preliminary engineering and bankable yield reports for financing, RatedPower can save significant time in early-stage development. For teams that also handle residential or commercial work, SurgePV offers far broader functionality.

Can I migrate from RatedPower to SurgePV?

Yes. SurgePV supports utility-scale design with terrain analysis and financial modeling. The onboarding team can help recreate your active project workflows in SurgePV’s cloud environment.

Which platform has better financial modeling?

RatedPower focuses on bankable yield and energy estimates for project finance. SurgePV offers broader financial modeling with multi-currency support, cash/loan/lease/PPA structures, and customer-facing proposal integration. The best choice depends on whether you need investor-grade yield reports or customer-facing financial proposals.

About the Contributors

Author
Keyur Rakholiya
Keyur Rakholiya

CEO & Co-Founder · SurgePV

Keyur Rakholiya is CEO & Co-Founder of SurgePV and Founder of Heaven Green Energy Limited, where he has delivered over 1 GW of solar projects across commercial, utility, and rooftop sectors in India. With 10+ years in the solar industry, he has managed 800+ project deliveries, evaluated 20+ solar design platforms firsthand, and led engineering teams of 50+ people.

Editor
Rainer Neumann
Rainer Neumann

Content Head · SurgePV

Rainer Neumann is Content Head at SurgePV and a solar PV engineer with 10+ years of experience designing commercial and utility-scale systems across Europe and MENA. He has delivered 500+ installations, tested 15+ solar design software platforms firsthand, and specialises in shading analysis, string sizing, and international electrical code compliance.

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