PVcase Review: Overview, Features, Pricing & Alternatives in 2025

Struggling with slow, manual solar design workflows?

If you’re researching PVcase, you’re likely frustrated with juggling disconnected tools and spending hours on site analysis or PV layouts.

What really drains you is double data entry that leads to mistakes—costing time and money on every single project.

PVcase approaches this with a single cloud platform connecting site prospecting, CAD-based design, and yield simulation—removing delays from handovers and automating tedious engineering tasks most vendors still leave to you.

Throughout this review, I’ll share how PVcase lets you design, analyze, and optimize projects faster, replacing headaches with an end-to-end experience.

In this PVcase review, you’ll discover how their core platform features perform in real project scenarios, what you get for your money, hurdles to expect, and how rivals compare—so you can confidently evaluate the fit for your team.

You’ll walk away knowing the features you need to make your solar projects run smoother and hit deadlines.

Let’s get started.

PVcase Overview

PVcase is a specialized solar design software company. Based in Lithuania since 2017, their mission is to streamline the entire, often fragmented, solar project development cycle for you.

They specifically target utility-scale developers, EPCs, and engineering firms feeling the pain of disconnected tools. I noticed their commitment to being an end-to-end solar design platform, moving your team beyond just simple layout tools.

Their recent $100M funding and Anderson Optimization acquisition was a smart move. You’ll see through this PVcase review how it seriously strengthens your front-end site prospecting abilities.

Unlike competitors that can feel more sales-focused, PVcase was built by engineers for engineers. I find its unique value is the deep integration within the AutoCAD environment that many design teams already rely on.

They work with over 1,500 organizations in 75+ countries. Their users are typically major developers and specialized EPC firms tackling complex, utility-grade projects on difficult terrain.

I find their whole business strategy is about creating a single source of truth for your projects. This means one connected workflow from initial site discovery all the way to final, bankable engineering plans.

Now let’s examine their core capabilities.

PVcase Features

Tired of manual solar design slowing you down?

PVcase offers an integrated software suite that helps streamline your entire solar project development. Here are the five main PVcase solutions that transform your solar workflow.

1. PVcase Prospect

Struggling to find the best solar sites?

Manual site assessment can be time-consuming and prone to errors. This means you might miss out on prime locations or take on unnecessary risks.

PVcase Prospect automates site selection with high-accuracy lidar data and extensive public layers, allowing you to de-risk early-stage development. From my testing, the automated parcel search and constraint analysis really simplify the initial stages. This solution helps uncover suitable sites quickly.

This means you can accelerate your due diligence, ensuring you pick the most profitable locations from the start.

2. PVcase Ground Mount

Designing utility-scale projects feel like a chore?

Complex terrain and manual calculations can make designing large-scale solar plants a headache. This often leads to design errors and delays.

PVcase Ground Mount automates design on AutoCAD, handling terrain-following layouts and precise panel placement. What I love about this feature is how it optimizes layouts for shading percentages, saving you significant time. It also handles piling and collision analysis with impressive accuracy.

The result is you can create construction-ready designs 90% faster, improving efficiency and reducing costly rework.

3. PVcase Roof Mount

Rooftop projects still take forever to design?

Transforming complex commercial and industrial rooftops into efficient solar assets can be challenging. This often slows down approvals and project execution.

PVcase Roof Mount, an AutoCAD-based plugin, delivers rapid and precise automated designs for C&I rooftop PV systems. This is where PVcase shines, as it can reduce layout time by up to 80%, accelerating project timelines. It’s truly built for speed and accuracy.

This means your team gets faster approvals and can execute rooftop projects much more quickly, boosting your project pipeline.

4. PVcase Yield

Uncertain about your project’s energy output?

Estimating energy yield manually or with disconnected tools can introduce significant risk. This can lead to inaccurate performance predictions and financial losses.

PVcase Yield connects 3D designs with physical models to provide accurate energy yield calculations and shading analyses. It offers crystal-clear insights that strip away risk and estimate performance with precision. From my testing, its integration with PVsyst for tracker designs is very helpful.

So you can confidently assess potential performance, making more informed decisions and securing project financing.

5. Automated Electrical Design

Is your electrical design process prone to errors?

Manual string mapping and cabling can be tedious and lead to costly mistakes. This means inefficiencies in your electrical plans and increased ohmic losses.

PVcase streamlines electrical design by automating string mapping, device placement, and cabling, including comprehensive voltage drop analysis. What I found impressive is how it accounts for ohmic losses across components, helping you make cost-effective decisions. This feature simplifies complex wiring.

This means you get optimized electrical plans, reducing material waste and ensuring maximum energy output from your solar plant.

You’ll appreciate how these PVcase features work together to create an integrated solar project development platform rather than a collection of separate tools.

PVcase Pricing

Unsure about the actual costs involved?

PVcase pricing operates on a custom quote model, meaning you’ll need to contact their sales team for specific figures, which allows for tailored solutions rather than generic tiers.

1. Pricing Model & Cost Factors

Their custom pricing approach.

PVcase employs a custom pricing model, meaning your final cost is based on the specific modules you need and the scale of your solar projects. What I found regarding pricing is that it aligns with your precise operational requirements, avoiding overpaying for unused features. Factors like the number of users, project complexity, and required data layers all influence your personalized quote.

Budget-wise, this means your investment directly reflects the value you gain from their integrated platform.

2. Value Assessment & ROI

Does the cost justify the investment?

From my cost analysis, PVcase’s integrated suite aims to reduce project timelines and errors, offering significant ROI by automating processes usually done manually. What stood out about their pricing is that it’s structured to deliver tangible cost and time savings for your solar development projects, especially when compared to disparate tools.

This approach means your budget gets a clear path to efficiency gains and improved project profitability.

3. Budget Planning & Implementation

Consider total cost of ownership.

When planning your budget for PVcase, remember to factor in not just the subscription but also any potential costs for custom data integration or specialized training. Budget-wise, what I found is that a direct conversation with sales is crucial to understand the total cost of ownership, including implementation time.

So for your business, you can expect a comprehensive discussion to match pricing to your specific scale and needs.

My Take: PVcase’s custom pricing is ideal for solar developers and EPCs seeking a tailored, comprehensive solution that directly addresses their project scale and feature requirements, ensuring you only pay for what you need.

The overall PVcase pricing reflects value customized to your specific solar development needs.

PVcase Reviews

What do customers actually think?

This section provides a thorough analysis of PVcase reviews, diving into real user feedback and experiences to offer balanced insights into what customers truly think about the software.

1. Overall User Satisfaction

Users are consistently satisfied.

From my review analysis, PVcase holds a strong 4.7 out of 5 stars on G2, indicating high user satisfaction. What I found in user feedback is that ease of use and efficiency are repeatedly highlighted, often leading to quick adoption and positive experiences from the start.

This suggests you can expect a smooth transition and rapid productivity gains.

2. Common Praise Points

Its intuitive nature wins users over.

Users consistently praise PVcase’s intuitive interface and powerful automation capabilities. Review-wise, the time savings in solar design are a common theme, with many reporting significant reductions in project timelines and manual effort, boosting their overall efficiency.

This means you can anticipate streamlining your design process, freeing up valuable resources.

3. Frequent Complaints

Some feature gaps emerge.

While largely positive, some PVcase reviews mention that competitors like PVsyst might offer more comprehensive financial modeling tools. What stands out in user feedback is how specific advanced features for highly complex designs are sometimes sought after by a small segment of users.

These complaints are typically minor, not deal-breakers, and depend on your specific project complexity.

Overall, PVcase reviews show a highly positive sentiment, with most users praising its efficiency and user-friendliness despite minor feature requests.

Best PVcase Alternatives

Which solar design software aligns with your goals?

The best PVcase alternatives include several strong options, each better suited for different business situations and priorities in solar project development.

1. PVsyst

Need highly detailed financial and energy yield analysis?

PVsyst excels for exceptionally complex projects demanding precise financial modeling and in-depth energy yield assessments with granular design control. From my competitive analysis, PVsyst offers more comprehensive financial modeling tools for complex project analysis, which is crucial for detailed design.

Choose PVsyst if your primary need is deep financial modeling or very granular control over design parameters.

2. RatedPower (pvDesign)

Heavily reliant on advanced geospatial site analysis?

RatedPower is a stronger choice if your workflow demands deep geospatial data analysis for site identification and integrated financial viability assessments. What I found comparing options is that RatedPower emphasizes land viability using advanced geospatial data, which streamlines early-stage site selection.

Consider this alternative when comprehensive site assessment and financial viability are paramount to your design process.

3. Aurora Solar

Looking for an integrated sales and design solution?

Aurora Solar might be preferred if you need a solution that tightly integrates sales and design, offering tools for proposals and customer management. From my analysis, Aurora Solar combines design with sales and proposal tools, which can accelerate your customer acquisition process.

Choose Aurora Solar if your workflow needs comprehensive design, sales, and proposal generation in one platform.

4. OpenSolar

Operating on a tight budget or just starting out?

OpenSolar is an excellent choice for smaller businesses or individual installers needing a cost-effective solution for basic solar design and proposal generation. What I found comparing options is that OpenSolar provides a free, accessible platform for essential design and proposal needs, making it highly budget-friendly.

Consider this alternative if you need a free, straightforward tool for basic solar design and interactive proposals.

The best PVcase alternatives depend on your specific business size and project complexity, not just feature lists.

PVcase Setup

Is PVcase setup daunting or straightforward?

This PVcase review section breaks down what to expect during deployment, providing practical guidance on setup requirements and adoption challenges to help you prepare effectively.

1. Setup Complexity & Timeline

Expect a user-friendly, but integrated setup.

PVcase implementation involves installing AutoCAD plugins for Ground Mount and Roof Mount, though the process is designed to be intuitive. From my implementation analysis, users typically grasp the software within a week, making for a relatively quick ramp-up compared to more complex platforms.

You’ll want to plan for the initial AutoCAD integration and a short learning period for your design team.

2. Technical Requirements & Integration

Existing CAD infrastructure is key.

Your technical setup requires AutoCAD as a prerequisite for PVcase Ground Mount and Roof Mount plugins, which is crucial for seamless operation. What I found about deployment is that PVcase leverages your existing AutoCAD environment, integrating smoothly with familiar design workflows and tools.

Plan for compatibility with your current AutoCAD versions and consider integrations with QGIS or Civil 3D if your projects require them.

3. Training & Change Management

Adoption is generally smooth sailing.

Staff training benefits from PVcase’s intuitive interface, leading to a low learning curve for new users, often becoming proficient quickly. From my analysis, the software’s ease of use significantly reduces formal training needs, allowing your team to become productive faster with minimal disruption.

Invest in supplementary advanced training through partners like HeatSpring if your team aims to maximize their proficiency in complex design scenarios.

4. Support & Success Factors

High-quality support enhances your journey.

PVcase provides excellent support, with users consistently praising the responsiveness and helpfulness of their team during the deployment and ongoing use. What I found about deployment is that their proactive support significantly boosts user confidence, guiding you to leverage the software’s full capabilities from day one.

Ensure your team utilizes the available support channels actively to resolve any issues quickly and maximize your return on investment.

Overall, your PVcase setup is relatively straightforward, offering quick user proficiency and minimal implementation friction due to its intuitive design.

Bottom Line

What’s my final take on PVcase?

From my comprehensive PVcase review, this software offers a compelling solution for solar professionals, particularly those focused on large-scale projects and seeking to optimize their design workflows.

1. Who This Works Best For

Solar energy professionals leading large-scale projects.

PVcase is an excellent fit for solar developers, EPC companies, and engineering firms working on utility-scale ground-mounted or complex C&I rooftop installations. From my user analysis, your team will find this software ideal if already proficient with AutoCAD and needing highly accurate, automated design capabilities for challenging terrains.

You will achieve significant efficiency gains if your business values streamlined processes and aims to reduce project timelines and costs.

2. Overall Strengths

Unmatched design automation and precision for solar.

The software succeeds by offering an integrated platform that automates site selection, PV design, and yield optimization, drastically reducing project timelines and costs. From my comprehensive analysis, its AutoCAD-based plugins enable highly accurate, terrain-adapted designs and detailed electrical planning, which are critical for complex installations.

These strengths translate directly into higher design quality and accelerated project delivery, providing a clear competitive edge for your business.

3. Key Limitations

Specialized features might require alternative solutions.

While robust, some users report that competitors like PVsyst might offer more in-depth financial analysis or highly specialized features for extremely complex engineering scenarios. Based on this review, you might need supplementary tools for advanced financial modeling if that’s a primary concern for your business.

These limitations are specific to highly niche requirements and shouldn’t deter most large-scale solar project developers from considering PVcase.

4. Final Recommendation

PVcase comes highly recommended for solar innovators.

You should choose this software if your business is involved in utility-scale or complex C&I solar projects and you prioritize design automation, accuracy, and efficiency. From my analysis, this solution streamlines your entire solar project lifecycle, mitigating “data risk” and accelerating time-to-market with precision.

My confidence level is high for companies seeking to revolutionize their solar design workflows and achieve significant operational efficiencies.

This PVcase review provides strong confidence in its value proposition for specific solar industry needs, helping you make an informed decision.