BlueSol Review 2026: Features, Pricing & Honest Analysis

TL;DR Summary

BlueSol is a Windows desktop PV design software developed by Italian company CadWare S.r.L., offering complete design-to-documentation workflow with integrated Single Line Diagram (SLD) generation. Known for a one-time 590 EUR lifetime license and strong 3D modeling capabilities, BlueSol serves 70+ countries with a European focus.

However, BlueSol's desktop-only architecture (Windows exclusively), lack of cloud access, minimal public user reviews, and limited US market features make it less competitive in 2026 against modern cloud platforms. For commercial EPCs needing cloud collaboration, US/India coverage, and advanced structures like carports, SurgePV offers a more complete solution with superior electrical engineering automation.

Quick Comparison:

• Best for: European designers wanting one-time licensing and offline capability
• Not ideal for: US commercial EPCs, cloud collaboration, Mac users, carport projects
• Price: 590 EUR one-time (lifetime) vs SurgePV $1,499/user/year with continuous updates
• Architecture: Desktop-only (Windows) vs SurgePV cloud-based (any browser)

What Is BlueSol?

BlueSol is a desktop photovoltaic design software developed by CadWare S.r.L., a company headquartered in Padova, Italy, established in 1989. While CadWare has deep roots in CAD technology (they were an IBM Business Partner in 1995-96), BlueSol itself launched more recently—the Italian version first released in January 2010, with English and other language versions following.

Company Background

Developer: CadWare S.r.L.

Headquarters: Via Nazareth 2, Padova 35128, Italy

Founded: 1989 (CadWare company); BlueSol first released 2010

Geographic Coverage: 70+ countries (European focus)

Current Version: BlueSol 4.0.8

Platform: Windows desktop only

According to company registration data from GlobalDatabase, CadWare operates as a small software development firm specializing in photovoltaic design tools. The company's technology background stems from decades in CAD and engineering software development.

Product Positioning

BlueSol markets itself as a complete end-to-end PV design solution—covering preliminary assessment through technical documentation and financial analysis. The platform targets design engineers, EPCs, installers, and consultants who need technical accuracy for permitting and project delivery.

Unlike newer cloud-based competitors like Aurora Solar or SurgePV, BlueSol maintains a traditional desktop software model with a one-time licensing structure. This approach appeals to users who prefer ownership over subscription models and don't require cloud collaboration features.

BlueSol Features Overview

BlueSol offers a complete feature set spanning design, simulation, electrical documentation, and financial analysis. Here's what the platform includes:

Design Tools

Pre-Dimensioning Wizard

BlueSol starts with a quick setup wizard that guides users through initial project parameters—location, roof characteristics, energy requirements, and budget constraints. This helps establish baseline system sizing before detailed design.

Interactive Design Interface

The design canvas allows module layout over internet-sourced maps (Google Maps integration) with drag-and-drop panel placement. BlueSol automatically suggests string configurations based on inverter specifications and design parameters.

Automated String Optimization

The platform optimizes string configurations to maximize MPPT efficiency and minimize electrical losses. Users can manually override suggestions or let BlueSol handle stringing logic automatically.

Microsoft-Style Interface

BlueSol deliberately mimics Microsoft Office's user interface patterns—familiar ribbon menus, toolbars, and navigation. This reduces the learning curve for users already comfortable with Windows desktop applications.

3D Visualization & Shading Analysis

3D System Modeling

BlueSol generates 3D visualizations of the complete solar installation, showing panel layout, tilt, orientation, and surrounding obstacles. This visualization helps stakeholders understand the design without technical drawings.

Hourly Shading Simulation

The platform performs shading analysis by simulating sun position and shadow casting at any time of day throughout the year. Users can visualize how nearby trees, buildings, or other obstructions impact specific sections of the array during different seasons.

Similar to SurgePV's 8760-hour shading analysis, BlueSol provides detailed shading calculations, though the desktop architecture limits real-time collaboration on shading optimizations.

Radiation Mapping

BlueSol maps solar radiation across roof surfaces, identifying optimal placement zones and quantifying energy losses from shading or suboptimal orientation.

DWG Import/Export

The software supports AutoCAD DWG file import and export, allowing integration with existing CAD workflows. Users can bring in site plans or export designs for further refinement in CAD tools.

Electrical Documentation

Integrated CAD for SLD Generation

One of BlueSol's key differentiators is integrated Single Line Diagram generation. The built-in CAD module automatically creates electrical schematics showing DC arrays, combiners, inverters, disconnects, and grid connection—without requiring external AutoCAD licenses.

This feature saves commercial EPCs the 2-3 hours typically spent creating SLDs manually in AutoCAD. However, the depth of electrical engineering capabilities (wire sizing, voltage drop calculations, conduit fill) is not as complete as specialized tools focused exclusively on electrical design like SurgePV's automated electrical engineering.

Component Placement

BlueSol shows physical placement of electrical components—inverters, disconnect switches, meters, distribution panels—on site plans and schematics.

Cable Routing

The platform includes basic cable routing visualization, though complete wire sizing calculations with NEC compliance verification are not explicitly documented in official materials.

Simulation & Financial Analysis

Energy Yield Calculations

BlueSol performs performance simulations based on weather data (NASA-SSE worldwide, PVGIS import capability), module specifications from its database, and shading analysis results. The software predicts monthly and annual energy production.

Financial Modeling

The platform calculates ROI, payback periods, and financial returns based on system cost inputs, energy production estimates, and utility rates. Users can model different financing scenarios—cash purchase, loans, leases, or PPAs.

Technical & Financial Optimization

BlueSol can compare multiple design scenarios side-by-side, helping users balance technical performance with financial outcomes. This supports decision-making when trade-offs exist between system size, cost, and returns.

Comprehensive Documentation Output

The software generates professional reports including technical specifications, production estimates, financial analysis, and electrical diagrams—all formatted for customer proposals or permitting submissions.

Database & Data Sources

Module Database: 20,000+ modules (sourced from Photon data)

Inverter Database: 1,600+ inverters

Weather Data: NASA-SSE global coverage, PVGIS import support

Multi-Language: 7 interface languages, 24 report languages

What BlueSol Does NOT Include

Based on official documentation review, BlueSol does NOT appear to offer:

• Cloud access or mobile apps (desktop Windows only)
• Mac or Linux support (Windows exclusive)
• Native carport solar design (standard rooftop and ground-mount only)
• Confirmed tracker support (single-axis or dual-axis not mentioned)
• Comprehensive NEC-compliant wire sizing (basic cable routing mentioned, not full compliance features)
• API or third-party integrations (not documented)
• Real-time collaboration features (single-user desktop architecture)

For teams needing these advanced capabilities, modern cloud platforms like SurgePV offer native carport design and complete electrical engineering automation.

BlueSol Pricing

Verified Pricing Information

BlueSol Design 4: 590 EUR + Taxes

License Model: Lifetime License (one-time purchase)

Delivery: Digital download with activation key via email

Trial: 15-day full-featured trial (no credit card required)

Source: CadWare Shop Official Pricing (verified January 22, 2026)

What This Pricing Includes

The 590 EUR license includes all BlueSol Design features:

• Complete design and simulation tools
• 3D visualization and shading analysis
• Integrated SLD generation
• Financial modeling
• Database access (20,000+ modules, 1,600+ inverters)
• Multi-language support (7 interface, 24 report languages)
• Documentation output tools

Important Note: Pricing transparency is medium—the price is available on CadWare's separate shop website (cadwareshop.com), not prominently displayed on the main BlueSol product site (bluesolpv.com).

Pricing Context: BlueSol vs Market

BlueSol: 590 EUR one-time (~$640 USD) - lifetime license

PVsyst: ~$600-900 one-time - similar licensing model

*PVSOL Premium**: 845 EUR/year (~$920 USD/year) - annual subscription

SurgePV: Starting at $1,899/year for 3 users - includes cloud, all features, continuous updates, support

For transparent pricing details, see SurgePV's pricing page.

Value Analysis

Pricing Transparency: Medium (available but requires visiting separate shop site)

Cost Predictability: High (one-time fee, no recurring charges)

Feature Completeness: All features included in base license

Long-Term Cost: Favorable for multi-year usage (no annual renewals)

However, one-time licensing models raise questions about ongoing development, updates, and support. Subscription models like SurgePV's $1,499/user/year (For 3 Users plan) include continuous feature updates, cloud infrastructure maintenance, and priority support—benefits not typically covered by one-time purchases.

For teams of three or more users, total cost of ownership comparisons shift:

• BlueSol: 590 EUR × 3 = 1,770 EUR (~$1,920 USD) upfront
• SurgePV (For 3 Users): $1,499/user/year = $4,497/year total, includes cloud, updates, support

The right choice depends on your preference: lower upfront cost (BlueSol) vs ongoing updates and cloud access (SurgePV).

What Real Users Say

The Review Visibility Challenge

Here's a significant finding: BlueSol has extremely limited public user reviews across major software evaluation platforms.

G2: Not listed

Capterra: Not listed

TrustRadius: Not listed

SourceForge: Listed but "No User Reviews"

Slashdot: Listed but "No User Reviews"

SoftwareSuggest: Listed but "No reviews yet"

Verification Date: January 22, 2026

Sources: Direct platform searches on G2.com, Capterra.com, TrustRadius.com, SourceForge.net, Slashdot.org, SoftwareSuggest.com

What This Means for Prospective Buyers

The absence of public reviews makes it difficult to:

• Validate real-world performance claims
• Understand common user frustrations
• Gauge software reliability and support quality
• Compare experiences across different user segments (residential, commercial, utility-scale)
• Access community-based troubleshooting resources

For comparison, major competitors have substantial review presence:

• Aurora Solar: 150+ G2 reviews with verified ratings
• PVsyst: Widely discussed in industry forums as bankability standard
• SurgePV: Growing user base with responsive 3-minute average support

Professional Assessment

The most substantive professional opinion found during research comes from Greentech Renewables' 2020 solar design software overview:

> "Get this if you want accurate and precise PV system designs and don't mind a steeper learning curve. BlueSol Design allows you to create a detailed simulation and economic study of your PV system and all its components."

This suggests BlueSol delivers technical accuracy but requires significant learning investment—a trade-off some users accept for complete capabilities.

Limitations Noted by SoftwareSuggest (research notes, not verified user reviews):

> "Lacks modern and advanced designing features like heat and solar access."

> "Lacks proper animation to demonstrate the shading feature and losses."

Without verified user reviews to substantiate or contradict these assessments, prospective buyers should plan for extended evaluation during the 15-day trial period.

BlueSol Pros and Cons

Pros

1. Comprehensive Workflow Coverage

BlueSol handles the entire design-to-documentation process: preliminary sizing, detailed design, 3D modeling, shading analysis, electrical schematics, financial analysis, and professional reporting. This eliminates the need to stitch together multiple tools for different workflow stages.

Source: Official feature documentation at bluesolpv.com

2. One-Time Lifetime License (590 EUR)

Unlike subscription models that cost thousands annually, BlueSol's 590 EUR lifetime license offers predictable budgeting and lower long-term cost for individual users. No recurring fees means no surprise price increases or forced upgrades.

Source: CadWare Shop official pricing

3. Integrated SLD Generation

The built-in CAD module automatically generates Single Line Diagrams showing complete electrical systems—DC arrays, combiners, inverters, AC disconnects, and grid connection. This saves commercial EPCs the 2-3 hours typically spent creating SLDs manually in AutoCAD and eliminates the need for separate $2,000/year AutoCAD licenses.

Source: Official features page at bluesolpv.com

4. Familiar Microsoft-Style Interface

BlueSol deliberately mimics Microsoft Office's ribbon menus and toolbar patterns. For users already comfortable with Windows desktop applications, this reduces learning curve and feels immediately familiar—no need to adapt to radically different UI paradigms.

Source: Official website, professional reviews

5. Multi-Language Support

With 7 interface languages (English, Italian, Polish, Portuguese, and others) and 24 report languages, BlueSol accommodates international teams and multi-market operations better than English-only platforms.

Source: bluesolpv.com

6. Offline Capability

As desktop software with local data storage, BlueSol works without internet connectivity. This benefits users in areas with unreliable internet or those preferring local data control over cloud storage.

Source: Desktop architecture

7. Free 15-Day Full-Featured Trial

BlueSol offers a complete 15-day trial with all features unlocked and no credit card required. This allows thorough evaluation before purchase commitment.

Source: bluesolpv.com/download/

Cons

1. Desktop-Only (Windows Exclusive)

BlueSol requires Windows desktop installation—no cloud access, no Mac support, no Linux version, no mobile apps. Modern solar teams working from multiple locations or using diverse operating systems face significant friction. Mac users must run Windows via Parallels or Boot Camp.

Impact: Limits flexibility for distributed teams, mobile workflows, and non-Windows users.

Source: Official website, system requirements

2. Limited Market Presence & User Reviews

No reviews on G2, Capterra, or TrustRadius; zero user reviews on SourceForge and Slashdot. This minimal public validation makes it difficult to gauge real-world performance, reliability, and support quality. Prospective buyers lack community insights that help validate software decisions.

Impact: Higher purchase risk due to limited social proof; no community-based troubleshooting resources.

Source: Review platform research (verified January 22, 2026)

3. European Focus with Limited US Market Features

BlueSol originates from Italy and serves 70+ countries with European emphasis. Official documentation doesn't confirm complete US utility database coverage or explicit NEC Article 690 compliance features. US EPCs may find gaps in local utility rate data, permitting templates, or code compliance verification.

Impact: May not meet US-focused EPC requirements without workarounds.

Source: Research analysis, geographic focus from official materials

4. Development Activity & Roadmap Unclear

The latest version (4.0.8) shows updates through 2019-2022 based on available information, but no public roadmap communicates future feature development. Without subscription revenue driving continuous updates, long-term software evolution is uncertain.

Impact: Uncertainty about future support, feature additions, and compatibility with emerging technologies.

Source: Version history research, competitive analysis

5. No Cloud Collaboration Features

BlueSol's single-user desktop architecture prevents real-time team collaboration. Multiple designers can't work on the same project simultaneously, and version control requires manual file management. Growing teams face scaling challenges as they expand beyond individual contributors.

Impact: Workflow friction for teams; no cloud-based project management.

Source: Desktop architecture analysis

6. Missing Modern Commercial Structures

BlueSol doesn't appear to support native carport solar design (fastest-growing commercial segment) or explicitly document tracker support (single-axis or dual-axis). Advanced features like heat analysis and enhanced solar access modeling are also absent.

Impact: Commercial EPCs working on carport projects, tracker systems, or advanced structures may require supplemental tools.

Source: Feature research, SoftwareSuggest notes

For commercial EPCs needing carport design capabilities, modern cloud platforms offer native support without workarounds.

7. Limited Integration Ecosystem

No documented API, limited third-party software integrations, and no mentions of CRM connections (Salesforce, HubSpot) or project management tool links. Teams using integrated software stacks face manual data transfers.

Impact: Workflow friction when connecting BlueSol to other business systems.

Source: Research analysis, official documentation review

BlueSol vs SurgePV Comparison

How does BlueSol compare to SurgePV for commercial solar design and engineering? Here's a detailed breakdown.

Head-to-Head Feature Comparison

Platform & Accessibility

BlueSol requires Windows desktop installation and runs locally. No cloud access means no working from tablets, mobile devices, or non-Windows computers. For individual designers working primarily from a single Windows workstation, this poses no problem. For distributed teams or users who need flexibility to work from job sites, home offices, or client locations using different devices, BlueSol's desktop-only model creates friction.

SurgePV is cloud-based and accessible from any modern browser—Windows, Mac, Linux, or even tablets. Commercial EPCs report that cloud access enables field teams to pull up designs on-site, sales teams to present proposals from customer offices, and remote designers to collaborate in real time.

Why This Matters: Modern solar businesses operate across multiple locations. Cloud platforms eliminate the "I need to get back to my office computer" bottleneck that desktop tools create.

Electrical Engineering Capabilities

BlueSol includes integrated SLD generation via its built-in CAD module, automatically creating electrical schematics from the system design. This saves time compared to manually drafting SLDs in AutoCAD. However, the depth of wire sizing calculations and NEC compliance verification is not completely documented.

SurgePV delivers automated SLD generation in 5-10 minutes (vs 2-3 hours manual AutoCAD work) plus complete wire sizing calculations with NEC 690 compliance verification—automatically calculating DC and AC wire sizes, voltage drop, conduit fill, and temperature corrections.

Why This Matters: Electrical documentation is critical for permitting and inspections. The deeper the automation, the faster commercial EPCs move from design to construction—and the fewer engineering hours spent on repetitive calculations.

Commercial Structure Support

BlueSol handles standard rooftop and ground-mount installations well. However, native carport solar design is not documented, and tracker support (single-axis or dual-axis) is not explicitly confirmed in official materials.

SurgePV offers native carport design (the ONLY platform with this capability according to verified competitive research) plus support for single-axis and dual-axis trackers. Carport solar is the fastest-growing commercial segment (parking lot canopies generating solar power and providing shade), and SurgePV's unique support gives commercial EPCs a significant competitive advantage.

Why This Matters: Commercial EPCs pursuing carport projects must have software that natively handles the structural, electrical, and permitting complexity of these installations. Without native support, designers resort to workarounds or supplemental tools.

Database & Geographic Coverage

BlueSol includes 20,000+ modules and 1,600+ inverters with European market focus. Weather data comes from NASA-SSE (global coverage) and PVGIS imports. However, complete US utility database coverage is not confirmed.

SurgePV includes 70,000+ modules (3.5× larger than BlueSol's database), 3,000+ US utilities, and complete India + US market coverage. This reduces manual data entry when specifying equipment or modeling utility rates.

Why This Matters: Comprehensive databases eliminate time-consuming manual equipment specification and utility rate research. Every module not in the database requires manual datasheet entry—time that adds up across dozens of projects monthly.

Support & Updates

BlueSol offers online support and video tutorials. The one-time licensing model means updates may require new license purchases or additional fees (not explicitly documented). Response times and support quality cannot be verified due to the absence of user reviews.

SurgePV includes 3-minute average support response, 2-3 week onboarding programs, and continuous platform updates as part of the $1,499/user/year (For 3 Users plan) subscription. No additional charges for new features or priority support.

Why This Matters: When software issues block project delivery, support response time directly impacts revenue. Three-minute average response vs waiting hours or days can make the difference between meeting bid deadlines or missing opportunities.

Workflow Time Comparison

Commercial Rooftop Project with Electrical Documentation (typical workflow):

Time Savings: SurgePV saves approximately 25-40 minutes per commercial project by automating electrical engineering steps more completely.

Who Should Use BlueSol?

BlueSol Is Best For

• European-based design firms working primarily in Italian, German, Spanish, or Polish markets where BlueSol has stronger utility and regulatory coverage
• Budget-conscious individual designers who prefer one-time licensing over annual subscriptions and can absorb the upfront cost
• Teams needing offline capability working in areas with unreliable internet or preferring local data storage
• Windows desktop software users comfortable with traditional installed applications and not requiring cloud access
• Standard rooftop and ground-mount projects without advanced commercial structures like carports or trackers

BlueSol Is NOT Best For

• US-focused commercial EPCs needing verified NEC compliance, complete US utility databases, and confirmed local permitting support
• Teams requiring cloud collaboration with multiple designers working simultaneously or accessing projects from different locations
• Mac or Linux users who would need to run Windows virtualization to use BlueSol
• Commercial solar companies designing carports or trackers requiring native support for these structures
• Growing teams needing scalability beyond single-user desktop architecture
• Organizations prioritizing third-party integrations with CRM, project management, or accounting systems
• Users valuing extensive community validation through public reviews and user feedback

SurgePV Is Best For

• Commercial EPCs needing complete electrical engineering with automated SLD generation, wire sizing, and NEC 690 compliance
• US and India market operations with 3,000+ US utilities, India DISCOM coverage, and local regulatory support
• Teams requiring cloud collaboration enabling multiple users, mobile access, and distributed workflows
• Projects involving carports, trackers, or advanced structures where native platform support eliminates workarounds
• Organizations prioritizing responsive support with 3-minute average response times and structured onboarding
• EPCs wanting to eliminate AutoCAD dependency through integrated electrical engineering features

BlueSOL vs SurgePV: Feature Comparison

How BlueSOL compares to SurgePV across the features commercial EPCs need most.

Final Verdict

BlueSol Summary

Strengths:

• Comprehensive design-to-documentation workflow in one package
• One-time lifetime license (590 EUR) with no recurring fees
• Integrated SLD generation without requiring AutoCAD
• Strong multi-language support (7 interface, 24 report languages)
• Offline capability for users without reliable internet
• 15-day full-featured trial for thorough evaluation

Ideal For:

• European-based individual designers and small firms
• Budget-conscious users preferring one-time licensing over subscriptions
• Windows desktop software users comfortable with traditional installed applications
• Teams working on standard rooftop and ground-mount projects
• Engineers needing offline work capability

Limitations:

• Desktop-only Windows platform (no cloud, Mac, or mobile access)
• Extremely limited public user reviews and community validation
• European focus may create gaps for US market (utility data, NEC compliance unclear)
• No native carport design or confirmed tracker support
• Single-user architecture prevents team collaboration
• Development roadmap and update frequency unclear
• No API or third-party integrations documented

SurgePV Summary

Strengths:

• Cloud-based platform accessible from any browser (Windows, Mac, Linux)
• Comprehensive electrical engineering with automated SLD generation in 5-10 minutes and NEC 690-compliant wire sizing
• Only platform with native carport solar design capability
• 70,000+ module database (3.5× larger than BlueSol) with 3,000+ US utilities
• Purpose-built for US and India markets with local regulatory support
• 3-minute average support response time
• Real-time team collaboration features
• Continuous platform updates included in subscription

Ideal For:

• Commercial EPCs needing complete electrical documentation without AutoCAD
• US and India market operations requiring local utility and regulatory coverage
• Growing teams needing cloud collaboration and multi-user workflows
• Projects involving carports, trackers, or advanced commercial structures
• Organizations prioritizing responsive support and structured onboarding
• Teams using mixed operating systems (Mac, Windows, Linux)

Our Recommendation

Choose BlueSol if: You're a European-based individual designer who prefers one-time licensing, works primarily offline from a Windows desktop, handles standard PV installations without advanced commercial structures, and doesn't require cloud collaboration or US market coverage. The 590 EUR lifetime license offers long-term cost advantage for individual users.

Choose SurgePV if: You're a commercial EPC needing complete electrical engineering (automated SLD + wire sizing + NEC compliance), cloud-based team collaboration, support for modern commercial structures like carports and trackers, or operations in the US/India markets. SurgePV's $1,499/user/year (For 3 Users plan) delivers superior electrical automation, cloud flexibility, and responsive support that modern solar businesses require.

Bottom Line: BlueSol represents capable traditional desktop PV software with solid European heritage and attractive one-time licensing. However, its Windows-only desktop architecture, limited market presence, absence of cloud collaboration, and missing modern features like carport design make it less competitive in 2026 against cloud-native platforms.

For commercial EPCs prioritizing efficiency, complete electrical engineering, team collaboration, and complete US/India market coverage, SurgePV delivers a more complete, cloud-ready solution with superior automation and support. The subscription model ensures continuous updates, priority support, and platform evolution that one-time licensing cannot guarantee.

Ready to Compare BlueSol with SurgePV?

If BlueSol's desktop-only architecture and limited US market features don't align with your commercial EPC needs, see how SurgePV delivers cloud-based electrical engineering automation built for modern solar teams.

See SurgePV in Action

Book a 15-Minute Demo to compare:

What you'll see:

• Automated SLD Generation: 5-10 minutes vs 2-3 hours manual AutoCAD work, with NEC 690-compliant wire sizing included
• Native Carport Design: The ONLY platform with native carport solar design—handle the fastest-growing commercial segment without workarounds
• Cloud-Based Collaboration: Access projects from any device, work simultaneously with team members, automatic version control
• 70,000+ Module Database: 3.5× larger than BlueSol's database with 3,000+ US utilities for complete coverage

No pressure, no obligation—see how SurgePV eliminates tool-switching for commercial electrical engineering.

Not ready for a demo?

• Compare SurgePV vs BlueSol Features
• See SurgePV Pricing
• Read More Software Reviews
• View Best Solar Design Software Guide

Additional Resources

Related Software Reviews

• Aurora Solar Review - Compare another leading solar design platform
• PVsyst Review - Understand the simulation industry standard
• OpenSolar Review - Evaluate affordable cloud alternatives
• PVCase Review - CAD-based engineering platform comparison

Best Software Guides

• Best Solar Design Software - Complete software comparisons
• Best Solar Design Software for Commercial EPCs - Commercial-focused platforms
• Best 3D Modeling Software - Visualization tools comparison
• Best Shading Analysis Software - Compare shading analysis tools

SurgePV Features & Solutions

• SurgePV Solar Design Platform - Complete platform overview
• Commercial Solar Solutions - Commercial EPC features
• Shading Analysis - 8760-hour shading analysis
• Solar Proposals - Proposal generation features