Best Solar Design Software

How Many Solar Design Software Products Does G2 Track?

Total Products under this Category: 84

Category Stats (Sep 2026)

  • Average Rating: 4.45/5 (↓0.01 vs Aug 2026) The average rating of products in this category, based on all submitted ratings
  • Top Trending Product: SolarVis (+0.35%) - Among all products in this category, SolarVis recorded the largest rating increase compared to last month

Last updated: September 15, 2026

How Does G2 Rank Solar Design Software Products?

Why You Can Trust G2's Software Rankings:

  • 30 Analysts and Data Experts
  • 1,600+ Authentic Reviews
  • 84+ Products
  • Unbiased Rankings

G2's software rankings are built on verified user reviews, rigorous moderation, and a consistent research methodology maintained by a team of analysts and data experts. Each product is measured using the same transparent criteria, with no paid placement or vendor influence. While reviews reflect real user experiences, which can be subjective, they offer valuable insight into how software performs in the hands of professionals. Together, these inputs power the G2 Score, a standardized way to compare tools within every category.

G2 Grid® for Solar Design Software

G2 Grid® for Solar Design Software plotting products by satisfaction and market presence

Highlighted products: PVcase Ground Mount, Artemis, RatedPower, Aurora Solar, HelioScope, PVcase Prospect, ARKA 360, and EagleView.

Underlying data: [Grid® JSON](https://www.g2.com/categories/solar-design/grids.json?focus%5B%5D=pvcase-ground-mount&focus%5B%5D=artemis-solar-artemis&focus%5B%5D=ratedpower&focus%5B%5D=aurora-solar&focus%5B%5D=helioscope&focus%5B%5D=pvcase-prospect&focus%5B%5D=arka-360&focus%5B%5D=eagleview-eagleview)

PVcase Ground Mount

PVcase Ground Mount is an innovative CAD-based software solution designed to assist users with ground-mount solar design. This software provides a comprehensive suite of tools that enable solar energy professionals to create efficient and precise layouts, enhancing the overall design process. Its intuitive interface simplifies complex workflows, ensuring that users can focus on achieving accurate designs without getting bogged down by technical intricacies. Targeted primarily at solar energy professionals, PVcase Ground Mount caters to engineers, designers, and project managers involved in utility-scale solar projects. The software is particularly useful for those who require detailed analysis and optimization of solar layouts. By offering features that address specific challenges in ground-mount solar design, PVcase Ground Mount supports users in maximizing energy output while minimizing potential issues during the design phase. One of the standout features of PVcase Ground Mount is its comprehensive shading analysis capability. This tool allows users to evaluate how various terrain and structural elements can impact solar panel performance. Additionally, the software supports piling and collision analysis, ensuring that designs are not only theoretically sound but also feasible in real-world applications. The platform’s customizability further enhances its utility, allowing users to optimize string mapping, device placement, and cabling arrangements to achieve the best possible energy efficiency. Automation is another key aspect of PVcase Ground Mount that significantly benefits users. By reducing the need for manual calculations and data entry, the software streamlines the design process, saving valuable time. Furthermore, seamless data transfer to PVsyst facilitates better workflow and collaboration among team members, ensuring that everyone is on the same page throughout the project lifecycle. Early identification of potential design issues helps to mitigate costly revisions, ultimately improving project timelines and reducing overall costs. With its focus on user experience and advanced analytical tools, PVcase Ground Mount sets a new standard in utility-scale solar design software. It empowers professionals in the solar industry to optimize their ground-mount projects effectively, making it an essential tool for those looking to enhance their design capabilities and drive successful solar energy initiatives.

Average Rating: 4.7/5.0

Total Reviews: 413

Who Is the Company Behind PVcase Ground Mount?

  • Seller: PVcase
  • Company Website:
  • Year Founded: 2017
  • HQ Location: Vilnius, LT
  • Twitter: @WeArePVcase
    439 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    336 employees on LinkedIn®

Who Uses This Product?

  • Who Uses This: Project Engineer, Delineante
  • Top Industries: Renewables & Environment, Civil Engineering
  • Company Size: 51% Small, 37% Medium

What Do G2 Reviewers Say About PVcase Ground Mount?

AI-generated summary from verified user reviews

Pros
  • Users praise the ease of use of PVcase Ground Mount, enhancing workflow and efficiency in design processes.
  • Users value the time-saving efficiency of PVcase Ground Mount, enhancing speed and accuracy in project design.
  • Users appreciate the speed and efficiency of PVcase Ground Mount, significantly optimizing design and setup processes.
  • Users appreciate the rapid automation of PVcase Ground Mount, enhancing efficiency in large-scale solar installations.
  • Users appreciate the quick and efficient customer support from PVcase Ground Mount, enhancing their overall experience.
Cons
  • Users find the expensive pricing of PVcase Ground Mount unreasonable, especially if not used frequently.
  • Users find the inaccurate terrain analysis limiting, wishing for better mesh usability and visualization improvements.
  • Users find the missing features of PVcase Ground Mount limit essential functionalities for their specific needs.
  • Users find the software heavy on computing power for large projects, impacting efficiency and ease of use.
  • Users note significant design issues with the PVcase Ground Mount, particularly in cable layout and civil planning.

What Are Recent G2 Reviews of PVcase Ground Mount?

Artemis

Artemis is a unified platform for energy and roofing companies that brings design, sales, financing, and operations into a single system. Teams use Artemis to go from an address to a fully priced, lender-approved proposal in seconds, whether the job is a energy or roof project. The platform was built by the founders of Monalee, who created it to fix the problems they ran into running their own installs: too many tools, too many handoffs, and too much time between first contact and signed contract. That experience shaped a product focused on speed and accuracy at every stage. On the design side, Artemis uses AI to analyze roof geometry, obstructions, setbacks, shading, and irradiance, then generates a complete system layout or roofing scope automatically. An advanced editor lets sales reps and designers make adjustments on the fly, no technical experience required. Reps can reposition panels, swap materials, update measurements, and see pricing reflect changes in real time, all within the same tool they use to present and close. On the sales side, reps can present proposals in person or over video with live adjustments to equipment, materials, and pricing. An embeddable quote widget lets companies turn their website into a lead capture tool that matches their brand and delivers instant estimates to homeowners. On the financing side, Artemis presents loan, TPO, cash, and insurance options in a single view with side-by-side comparisons. Soft credit checks run without impacting the customer's score, so financing conversations happen on the first visit instead of the third. On the operations side, Artemis includes a built-in CRM that lets companies manage projects through every stage of their pipeline, from lead to install. For teams that already use Salesforce, HubSpot, or other CRMs, the platform integrates directly via API and syncs with marketing tools, operational dashboards, and fulfillment and permitting workflows. Artemis is built for sales and operations leaders at energy and roofing companies who are tired of stitching together disconnected tools and losing deals to slow processes. It replaces the stack, cuts costs by up to 75 percent, and gives teams a way to close on the first visit.

Average Rating: 4.9/5.0

Total Reviews: 373

Who Is the Company Behind Artemis?

  • Seller: ArtemisPower
  • Company Website:
  • Year Founded: 2022
  • HQ Location: N/A
  • LinkedIn® Page: www.linkedin.com
    42 employees on LinkedIn®

Who Uses This Product?

  • Who Uses This: Energy Consultant, Project Manager
  • Top Industries: Construction, Renewables & Environment
  • Company Size: 59% Small, 24% Medium

What Do G2 Reviewers Say About Artemis?

AI-generated summary from verified user reviews

Pros
  • Users find Artemis exceptionally easy to use, enabling quick design editing and seamless integrations for various industries.
  • Users praise the speed of Artemis, noting it's the fastest proposal software with instant and customizable results.
  • Users commend the rapid customer support from Artemis, highlighting quick responses and tailored assistance for their needs.
  • Users appreciate the intuitive interface of Artemis, enhancing efficiency in managing leads and proposals.
  • Users love the customized and streamlined solar proposal presentations with Artemis, enhancing decision-making for clients.
Cons
  • Users express frustration over missing features like efficient panel deletion and address input re-selection.
  • Users report layout issues with panel alignment and difficulty in adding multiple panels efficiently.
  • Users find a difficult learning process with Artemis, especially for those less experienced with technology integration.
  • Users find that Artemis can experience performance lags and save errors, impacting their overall experience when multitasking.
  • Users note the inaccuracy in sun hours and production numbers, as well as roof outlining issues that need improvement.

What Are Recent G2 Reviews of Artemis?

RatedPower

Most of the sites you look at won't get built. The problem is telling which ones, fast enough to matter. A week or two per site, one or two hand-built layouts across spreadsheets, AutoCAD and Google Earth. The go/no-go call lands on the single scenario you had time to draw. The projects you could have evaluated stay in the backlog. Enverus RatedPower changes what that costs. Give us a real project site and you get a complete, data-backed design for utility-scale PV, standalone battery storage (BESS) or a hybrid of both, from feasibility through to a pre-construction-ready layout, in minutes instead of weeks. AboitizPower cut design time by 95%. Mulilo reports around 90%. The same team advances more projects, and every go/no-go call rests on scenarios you actually simulated. Developers, IPPs, EPCs, engineering consultancies and utilities run RatedPower. Inside those teams it's the engineers, project developers, engineering leaders and the executives who own the pipeline. Describe the goal, get the design Enverus ONE Power Analyst is the AI layer inside RatedPower. Tell it the engineering objective in plain language: a target capacity, an IRR, a peak-power limit, a grid constraint. Power Analyst then operates the simulation, design space exploration and CAPEX engines itself. It runs hundreds of parametric iterations, ranks them, and hands back compared options, each one backed by a full engineering simulation rather than a rule of thumb. It'll also review a design you've already built and point to specific improvements without a full re-run. Nothing is saved or executed without your explicit confirmation. You keep control of the design. The trial and error moves to the machine. What one pass gives you One pass over a real site produces the layout, the energy yield, the electrical and interconnection design, the CAPEX estimate and more than 400 editable documents: single-line diagrams, gen-tie reports, bills of quantities, equipment lists, yield reports. Upload your topography and the cut-and-fill analysis shows what the terrain does to the layout and to the earthworks budget, before anyone commits engineering hours. Interconnection engineering follows international standards, so the outputs survive a permitting or lender conversation. Energy yield runs module by module in a 3D ray-traced model that accounts for terrain and near-object shading. It takes roughly 10 to 20 minutes, straight from the layout. The bankable P50/P90/P99 your lender asks for stays with PVsyst, and we reconcile against it: a Black & Veatch audit put RatedPower's simplified yield model within +0.24% to +1.08% of PVsyst on the like-for-like comparison. Layouts, 3D shading scenes and editable reports export to PVsyst and to the rest of your stack. Because the design is parametric, batch simulations sweep pitch distance, DC/AC ratio, module and tracker selection, then rank the results on energy production, ground coverage ratio, CAPEX and LCOE. You see which design wins and by how much, instead of defending the only one you had time to build. Storage on the same path RatedPower sizes and lays out BESS as part of a PV plant, DC or AC coupled, or as a standalone asset. Arbitrage dispatch, battery degradation, auxiliary consumption and battery CAPEX and OPEX all carry into the financial model. Advanced merchant and ancillary-service strategies aren't fully automated yet. We'd rather say so here than have you find out later. It fits the stack you already run Detailed work stays inside RatedPower. The Layout Editor hands you manual control of the automated design, and any layout exports to DWG for CAD work and imports back once you've edited it. Civil and cabling depth doesn't mean rebuilding the model somewhere else. Site analysis and prospection come from Enverus PRISM International, a separate Enverus product: infrastructure, interconnection queues, land data and locational marginal prices for deciding where to look. Datasets outside the US and Canada may be included depending on your plan. One subscription, whoever uses it RatedPower is a per-company subscription with unlimited users, projects and designs. Screen four sites or four hundred against the same line item. Add an engineer and the number doesn't move. Support is included, and after speed it's the thing reviewers here mention most. 5,800+ solar professionals have designed 64,000+ projects and simulated more than 5.1 TW in RatedPower: enough generation for 13 million households and 18 million tons of CO2 mitigated. Ask us to build one of your own sites live, and judge it on your numbers.

Average Rating: 4.4/5.0

Total Reviews: 291

Who Is the Company Behind RatedPower?

  • Seller: Enverus
  • Company Website:
  • Year Founded: 1999
  • HQ Location: Austin, TX
  • Twitter: @EnverusEnergy
    11,906 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    1,597 employees on LinkedIn®

Who Uses This Product?

  • Who Uses This: Electrical Engineer, Project Engineer
  • Top Industries: Renewables & Environment, Oil & Energy
  • Company Size: 51% Small, 32% Medium

What Do G2 Reviewers Say About RatedPower?

AI-generated summary from verified user reviews

Pros
  • Users value the ease of use of RatedPower, enjoying intuitive features that simplify PV project planning and optimization.
  • Users appreciate the time-saving features of RatedPower, allowing quick designs and efficient site estimations.
  • Users value the speed of RatedPower, significantly accelerating the design process and saving valuable time.
  • Users praise the courteous and efficient customer support of RatedPower, enhancing their overall experience and satisfaction.
  • Users appreciate the intuitive layout design of RatedPower, finding it practical for real-world construction and installations.
Cons
  • Users face layout issues in RatedPower, lacking personal customization and requiring additional tools for site design.
  • Users feel the missing features in RatedPower hinder project imports and limit design versatility.
  • Users express frustration over limited customization, finding it hard to tailor designs and layouts to their specific needs.
  • Users experience poor usability due to limited interface intuitiveness and navigation challenges, affecting their overall experience.
  • Users find the design issues of RatedPower limiting, especially with versatility and support for advanced features lacking.

What Are Recent G2 Reviews of RatedPower?

What Are G2 Users Discussing About RatedPower?

Aurora Solar

Aurora’s cloud-based software transforms solar design, sales, and delivery. With just an address and electric bill, Aurora empowers you to generate a full, accurate, and customizable design for every customer — and close the deal on the spot. We help power thousands of solar projects every week towards our goal of making solar accessible for everyone.

Average Rating: 4.7/5.0

Total Reviews: 118

Who Is the Company Behind Aurora Solar?

  • Seller: Aurora Solar
  • Year Founded: 2013
  • HQ Location: San Francisco, California
  • LinkedIn® Page: www.linkedin.com
    298 employees on LinkedIn®

Who Uses This Product?

  • Who Uses This: Owner
  • Top Industries: Renewables & Environment, Construction
  • Company Size: 57% Small, 28% Medium

What Do G2 Reviewers Say About Aurora Solar?

AI-generated summary from verified user reviews

Pros
  • Users value the great customer support of Aurora Solar, especially appreciating the quick responses and assistance.
  • Users value the ease of use of Aurora Solar, appreciating its intuitive design and excellent support availability.
  • Users love the impressive 3D modeling and LiDAR views of Aurora Solar, enhancing professionalism and customer engagement.
  • Users love the 3D viewing capabilities of Aurora Solar, impressing prospects and enhancing professionalism in presentations.
  • Users love Aurora Solar for its exceptional accuracy in quoting and detailed design, enhancing the overall experience.
Cons
  • Users feel the lack of essential features in Aurora Solar, making it difficult to maintain customized designs and find information.
  • Users find the difficult learning process for design manipulation challenging but appreciate the supportive community for assistance.
  • Users find editing difficulties as switching module styles disrupts their customized max-fit designs in Aurora Solar.
  • Users experience inaccurate terrain analysis in remote areas, affecting their assessment of solar potential.
  • Users mention a steep learning curve, which can be a challenge, but not a major concern overall.

What Are Recent G2 Reviews of Aurora Solar?

What Are G2 Users Discussing About Aurora Solar?

HelioScope

A web-based sales and design tool for solar professionals. It features a 3D design engine and energy yield simulation, a detailed financial calculator and drag-and-drop proposal editor.

Average Rating: 4.5/5.0

Total Reviews: 19

Who Is the Company Behind HelioScope?

  • Seller: Aurora Solar
  • Year Founded: 2013
  • HQ Location: San Francisco, California
  • LinkedIn® Page: www.linkedin.com
    298 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment
  • Company Size: 79% Small, 11% Medium

What Do G2 Reviewers Say About HelioScope?

AI-generated summary from verified user reviews

Pros
  • Users appreciate the excellent customer support of HelioScope, enhancing their experience with effective assistance.
  • Users find HelioScope to be incredibly easy to use, with seamless integration and effortless implementation.
  • Users appreciate the user-friendly design and seamless integration of HelioScope, making it a favorite tool for many.

What Are Recent G2 Reviews of HelioScope?

What Are G2 Users Discussing About HelioScope?

PVcase Prospect

PVcase Prospect is a sophisticated site assessment tool tailored for renewable energy developers, specifically designed to address the complexities associated with early-stage development and site selection. By leveraging innovative data integration and advanced analytics, this platform provides a streamlined approach to site evaluation, enabling users to make informed decisions efficiently. Its user-friendly interface consolidates essential data and features, significantly reducing the challenges of navigating multiple systems. The primary audience for PVcase Prospect includes renewable energy developers, project managers, and analysts who require precise and scalable solutions for site selection. This software is particularly beneficial during the initial phases of project development, where accurate data and analysis are critical. Users can utilize the platform to identify optimal interconnection points and conduct thorough injection studies, ensuring that their projects are not only viable but also strategically positioned for success. The ability to access comprehensive data at the outset of a project can significantly influence the overall feasibility and profitability of renewable energy initiatives. Key features of PVcase Prospect include exclusive capacity analysis and queue data, which empower users to make data-driven decisions regarding site selection. The platform's market intelligence tools analyze locational marginal pricing (LMP) and other economic indicators, providing insights that enhance project viability assessments. This level of detail allows developers to evaluate potential sites comprehensively, ensuring that they are making the best choices for their projects. The integration of high-quality public data, along with partnerships with leading data providers, further enriches the analysis capabilities of the platform. What sets PVcase Prospect apart is its unmatched scalability, allowing for the simultaneous analysis of thousands of sites. This is complemented by advanced constraint and slope analysis, which can reduce site analysis time by up to 30%. Such efficiency not only enhances operational workflows but also accelerates project timelines, enabling developers to bring projects to fruition more quickly. Additionally, the platform fosters seamless collaboration among teams through powerful portfolio management tools, allowing users to visualize projects from various perspectives and manage constraints with ease. Trusted by leading renewable energy developers, PVcase Prospect has established a reputation for user satisfaction, making it an invaluable asset for those aiming to achieve superior project success within a single, comprehensive platform. The combination of advanced analytics, extensive data integration, and collaborative features positions PVcase Prospect as a critical tool for organizations looking to optimize their site selection processes and enhance their overall project outcomes in the renewable energy sector.

Average Rating: 4.4/5.0

Total Reviews: 41

Who Is the Company Behind PVcase Prospect?

  • Seller: PVcase
  • Year Founded: 2017
  • HQ Location: Vilnius, LT
  • Twitter: @WeArePVcase
    439 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    336 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment, Oil & Energy
  • Company Size: 51% Small, 41% Medium

What Do G2 Reviewers Say About PVcase Prospect?

AI-generated summary from verified user reviews

Pros
  • Users highlight the ease of use of PVcase Prospect, streamlining land prospecting with centralized and accessible data.
  • Users appreciate the responsive customer support of PVcase Prospect, providing timely assistance and helpful documentation.
  • Users love how quickly PVcase Prospect facilitates efficient terrain analysis, making site evaluations faster and simpler.
  • Users value the extensive data layers and templates in PVcase Prospect, enhancing their site identification process.
  • Users value the time-saving features of PVcase Prospect for efficient and quick solar site analysis.
Cons
  • Users experience occasional slowness in data loading, particularly with larger areas, impacting overall usability.
  • Users find that missing features in PVcase Prospect lead to increased costs and complications in site suitability studies.
  • Users find the poor usability in PVcase Prospect frustrating, citing slow performance and a clunky interface.
  • Users find the difficult learning process frustrating, especially with an unintuitive interface and inexperienced support members.
  • Users find the limited customization of PVcase Prospect frustrating, impacting project organization and editing capabilities.

What Are Recent G2 Reviews of PVcase Prospect?

ARKA 360

Solar Power World's #1 Choice: Best Solar Design Software We made this end-to-end solar platform after speaking to hundreds of solar professionals to make sure our software adapts to your workflow and improves that, and we're not something you have to massively change the way you work to use our software effectively ARKA 360’s powerful Design Studio is made for technical salespeople and engineers with full 3D Design, modeling to the inch, advanced 3D Lidar analysis, energy and storage simulations, and Proposal Generator. From capturing leads to filling in site survey information to reminding you to call Tom now as he said he would close the sale today after speaking to his wife and a lot more solar features, this is not the average CRM. With support for NEM 3.0 and integrated storage solutions, ARKA 360 ensures that solar investments are future-proof and adaptable in the ever-evolving renewable energy landscape.

Average Rating: 4.3/5.0

Total Reviews: 131

Who Is the Company Behind ARKA 360?

  • Seller: Arka Energy
  • Year Founded: 2017
  • HQ Location: Union City, California
  • LinkedIn® Page: www.linkedin.com
    21 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment, Design
  • Company Size: 55% Small, 7% Medium

What Do G2 Reviewers Say About ARKA 360?

AI-generated summary from verified user reviews

Pros
  • Users find ARKA 360 to be easy to use, appreciating its flexibility and helpful design options.
  • Users appreciate the user-friendly software of ARKA 360, valuing its detailed provisions and excellent support.
  • Users value the flexibility of 3D modeling in ARKA 360, enhancing design accuracy and overall project insights.
  • Users appreciate the excellent customer support from ARKA 360, highlighting the caring and helpful staff.
  • Users value the shading analysis feature of ARKA 360 for its insightful reports and efficient 3D modeling.
Cons
  • Users find that ARKA 360 has missing features, limiting flexibility and complicating tasks like solar structure design.
  • Users find design issues in ARKA 360 frustrating, citing confusion and lag during selections and zoom functions.
  • Users describe the difficult learning process for ARKA 360, noting its overwhelming interface and complexity.
  • Users find ARKA 360's layout issues frustrating, citing confusion and lack of clarity in structure selection.
  • Users experience software performance issues like lag and slow processing, complicating their design workflow.

What Are Recent G2 Reviews of ARKA 360?

EagleView

For more than a decade, EagleView has been the gold standard for accurate property measurement data for insurance companies, property tax offices, roofing contractors, solar installers and so much more. Millions of roofing, siding, and solar installation jobs have been completed using EagleView’s always consistent and accurate property measurements derived from high-resolution aerial imagery, which are calculated down to the individual pixel.

Average Rating: 3.6/5.0

Total Reviews: 14

Who Is the Company Behind EagleView?

  • Seller: EagleView
  • Year Founded: 2008
  • HQ Location: Bellevue, US
  • Twitter: @eagleviewtech
    6,124 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    1,325 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Construction
  • Company Size: 57% Small, 43% Medium

What Do G2 Reviewers Say About EagleView?

AI-generated summary from verified user reviews

Pros
  • Users feel that Customer Support with EagleView is attentive and genuinely cares about their needs.
Cons
  • Users find the service of EagleView expensive, especially when premium reports are required for accurate estimates.
  • Users report inaccurate terrain analysis with EagleView, leading to significant underestimations in roofing material requirements.

What Are Recent G2 Reviews of EagleView?

PVcase Roof Mount

PVcase Roof Mount is an advanced CAD-based design software tailored for commercial and industrial solar rooftop projects. It integrates essential design functions into a single platform, enabling solar developers, designers, and engineers to streamline workflows and improve project efficiency. Key features include 3D Roof Preparation, Layout Generation, Shading Analysis, and seamless Export to PVsyst, ensuring precision in every design aspect. PVcase Roof Mount’s standout capability is the 3D Roof Preparation, allowing designers to model rooftops accurately, consider obstacles, and define offset zones for optimal module placement. This precision is vital for complex roof scenarios, maximizing energy yield and performance. PVcase Roof Mount’s layout generation and shading tools automatically identify overshaded modules, preventing energy loss. It effectively manages the Bill of Materials, reducing miscalculations, and driving design efficiency. The tool also boasts precise electrical design capabilities and PVsyst integration that allow solar developers streamline workflows for comprehensive performance analysis. With a user-friendly interface, PVcase Roof Mount empowers users to create accurate designs and fosters collaboration among project teams. It addresses both complex and straightforward installations, providing tools to execute projects on time and within budget, setting a new standard in solar rooftop engineering.

Average Rating: 4.6/5.0

Total Reviews: 17

Who Is the Company Behind PVcase Roof Mount?

  • Seller: PVcase
  • Year Founded: 2017
  • HQ Location: Vilnius, LT
  • Twitter: @WeArePVcase
    439 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    336 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment
  • Company Size: 76% Small, 12% Large

What Do G2 Reviewers Say About PVcase Roof Mount?

AI-generated summary from verified user reviews

Pros
  • Users benefit from the time-saving features of PVcase Roof Mount, allowing faster project completion and efficiency.
  • Users appreciate the AutoCAD integration for easy layout adjustments and quick design changes in PVcase Roof Mount.
  • Users enjoy the ease of use of PVcase Roof Mount, allowing for quick adjustments and layout design with AutoCAD.
  • Users find the ease of installation and cable connections of PVcase Roof Mount helpful for quick project execution.
  • Users find the layout design of PVcase Roof Mount easy and adaptable to design changes using AutoCAD.

What Are Recent G2 Reviews of PVcase Roof Mount?

Glint Solar

Glint Solar is a map-native software platform for utility-scale solar and storage developers. We helps teams screen sites, assess commercial feasibility, create preliminary PV and BESS designs, and generate stakeholder-ready visualizations early in the development process. By combining curated GIS data, automated buildable area analysis, accurate modeling, and a unified workspace, Glint Solar enables developers to build higher-quality pipelines faster without jumping between tools or relying on late-stage engineering.

Average Rating: 4.6/5.0

Total Reviews: 16

Who Is the Company Behind Glint Solar?

  • Seller: Glint Solar
  • Company Website:
  • Year Founded: 2020
  • HQ Location: Oslo, Norway
  • LinkedIn® Page: www.linkedin.com
    52 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment
  • Company Size: 69% Small, 31% Medium

What Are Recent G2 Reviews of Glint Solar?

SolarVis

SolarVis is the command center for solar sales: one platform to design, sell, and manage every solar project. 1,800+ solar installers have used solarVis on 67,500+ solar projects, saving 102,500+ engineering hours, with tariffs and regulations supported across 45+ countries. Solar Proposal Software. Design any roof in 3D with AI panel placement, shading analysis, and string sizing. Model batteries, heat pumps, and EV chargers in the same project, run feasibility against local tariffs and regulations, and generate a branded, financeable proposal in one click. A built-in solar CRM keeps every design, proposal, and customer in one pipeline. Solar Lead Generator. Embeddable solar calculators, smart forms, and conversion-optimized landing pages that capture and qualify leads directly from your own website. AI Sales Agent. An always-on assistant trained on your products and pricing that engages visitors, filters incoming leads, and nurtures them 24/7.

Average Rating: 4.9/5.0

Total Reviews: 10

Who Is the Company Behind SolarVis?

  • Seller: SolarVis
  • Year Founded: 2019
  • HQ Location: Ankara, TR
  • Twitter: @solarvisco
    23 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    20 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment
  • Company Size: 82% Small, 18% Medium

What Are Recent G2 Reviews of SolarVis?

PVFARM

PVFARM is a specialized software solution designed to facilitate collaboration among development, engineering, construction, and finance teams during the early stages of project planning for renewable energy initiatives. This platform focuses on the critical period of conceptual to preliminary engineering, typically covering design completion from 0% to 60%. By unifying various stakeholders around a single, dynamic project model, PVFARM enables teams to make informed decisions that significantly impact the overall success of a project. The primary target audience for PVFARM includes project managers, engineers, and financial analysts involved in renewable energy projects, particularly solar and wind energy developments. These professionals benefit from the platform's ability to streamline communication and foster cross-functional collaboration during the crucial decision-making phase. By allowing teams to iterate rapidly and optimize design approaches, PVFARM helps ensure that projects are built on the most effective and efficient design foundations. Key features of PVFARM include its focus on rapid iteration and optimization, which allows users to explore various design options quickly. This capability is essential in the early stages of a project, where the right decisions can lead to significant cost savings and improved project viability. The platform also supports seamless handoffs to detailed engineering teams, ensuring that the transition from preliminary design to detailed engineering is smooth and efficient. This feature minimizes the risk of miscommunication and errors that can arise during project handovers. While PVFARM excels in providing pre-engineering support, it is important to note what it does not offer. The platform does not provide construction-ready documentation, final electrical design details, structural engineering calculations, or procurement specifications. By clearly defining its scope, PVFARM allows users to focus on optimizing their designs without the distractions of later-stage engineering tasks. This focused approach enables teams to reach optimal design solutions faster, ultimately laying a solid foundation for subsequent engineering phases. In summary, PVFARM serves as a pre-engineering powerhouse that accelerates the design process for renewable energy projects. By fostering collaboration and providing tools for rapid design iteration, it empowers teams to make impactful decisions early in the project lifecycle, ensuring that detailed engineering can commence from the best possible starting point.

Average Rating: 4.4/5.0

Total Reviews: 16

Who Is the Company Behind PVFARM?

  • Seller: PVFARM
  • Company Website:
  • HQ Location: Newport Beach, US
  • LinkedIn® Page: www.linkedin.com
    19 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment, Oil & Energy
  • Company Size: 50% Medium, 25% Small

What Do G2 Reviewers Say About PVFARM?

AI-generated summary from verified user reviews

Pros
  • Users appreciate the ease of use of PVFARM, enabling quick revisions and effective collaboration across teams.
  • Users appreciate the commitment to continuous feature improvement, enhancing the usability and effectiveness of PVFARM in solar projects.
  • Users commend the exceptional customer support of PVFARM, consistently providing prompt and clear solutions to inquiries.
  • Users value the speed of use with PVFarm, enabling quick layout revisions and efficient design optimization.
  • Users value the customization capabilities of PVFARM, enhancing design flexibility and meeting specific project requirements efficiently.
Cons
  • Users find the difficult learning process of PVFARM challenging due to complex layout adjustments and initial setup.
  • Users find the limited CAD functionality of PVFARM challenging, especially when adjusting and importing layouts.
  • Users find the data transfer issues with AutoCAD exports somewhat clunky and in need of improvement.
  • Users face issues with inaccurate grading analysis due to the inability to track individual bearings effectively.
  • Users face inaccurate terrain analysis due to the inability to track individual bearings effectively.

What Are Recent G2 Reviews of PVFARM?

PVX.AI

PVX.AI is solar engineering software that runs inside AutoCAD. Instead of moving between CAD, spreadsheets, and standalone design tools, engineers at EPCs, IPPs, and solar developers design utility-scale and commercial solar plants directly in the environment they already use, with construction-ready output at the end. It starts with the terrain. Import elevation data from drone surveys (LAS point clouds), Google Earth (KML/KMZ), or survey files (TXT/CSV), and PVX.AI turns a flat 2D site into a 3D terrain-aware model. From there it handles slope and aspect analysis, cut and fill earthwork planning, contour generation, drainage and hydrology analysis, and soil compaction assessment, so grading decisions get made before they cost money in the field. Layout generation is automatic and terrain-aware. PVX.AI places fixed-tilt and tracker systems with road-based, edge, and center alignment, synthesizes service roads, prevents rack collisions, and optimizes pile placement, inter-row spacing, shading, and DC/AC ratio against the real terrain. Manual controls are there for when an engineer needs to override the automation. The electrical design is built in, not bolted on. PVX.AI handles stringing, inverter, transformer, and DC combiner placement, automated DC and AC cable routing with length and voltage-drop calculations, and validates DC/AC ratios and topology before you commit. When the design is done, it exports a detailed Bill of Quantities, cross-section and profile drawings, and interchange files for PVSyst, PVCollada 2.0, and 3D KML. PVX.AI is built for real projects at real scale: it handles plants past 1.5 GW, supports both metric and imperial units, and ships with a multilingual interface (English, German, Spanish, Italian, Turkish) for international teams. You do not have to start from scratch. Bring existing projects from tools like PVcase into PVX.AI and keep working, so teams can adopt it without disrupting designs already in progress. What sets PVX.AI apart is pace and focus. We ship improvements every week based on direct user feedback, from terrain accuracy to electrical validation to export formats. Everything on the roadmap traces back to the engineers using the product. We serve solar EPCs, developers, and consultants across Europe and MENA, with growing adoption in the U.S. market. If you are tired of losing time to fragmented CAD, spreadsheet, and point-tool workflows, PVX.AI brings the whole design, from terrain to construction documents, into one place inside AutoCAD.

Average Rating: 5.0/5.0

Total Reviews: 12

Who Is the Company Behind PVX.AI?

  • Seller: PVX.AI
  • Year Founded: 2011
  • HQ Location: Istanbul, TR
  • Twitter: @trypvx
    23 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    5 employees on LinkedIn®

Who Uses This Product?

  • Company Size: 69% Small, 15% Large

What Do G2 Reviewers Say About PVX.AI?

AI-generated summary from verified user reviews

Pros
  • Users appreciate the rapid feature development and user-friendly tools of PVX.AI, enhancing their design and simulation experience.
  • Users praise the ease of use of PVX.AI, highlighting its user-friendly interface and smooth integration with CAD software.
  • Users value the automation features of PVX.AI, enhancing workflow efficiency and ease of use in design tasks.
  • Users value the seamless integration with CAD platforms, enhancing workflow efficiency in photovoltaic system design.
  • Users appreciate the user-friendly interface of PVX.AI, enhancing their experience in designing photovoltaic systems.
Cons
  • Users find the difficult learning process of pvX challenging initially, but gain valuable insights over time.

What Are Recent G2 Reviews of PVX.AI?

Virto.CAD

Virto.CAD is our renowned solar PV design plugin for AutoCAD or BricsCAD (BIM) programs. It allows leading EPC, engineering firms and developers in the solar industry to create detailed drawings and calculations for commercial & industrial rooftop and utility-scale ground-mounted solar plants.

Average Rating: 4.6/5.0

Total Reviews: 26

Who Is the Company Behind Virto.CAD?

  • Seller: Virto Solar
  • Year Founded: 2019
  • HQ Location: Geel, Flemish Region, Belgium
  • Twitter: @VirtoSolar
    19 Twitter followers
  • LinkedIn® Page: www.linkedin.com
    48 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment
  • Company Size: 58% Small, 27% Medium

What Do G2 Reviewers Say About Virto.CAD?

AI-generated summary from verified user reviews

Pros
  • Users praise the quick and effective customer support of Virto.CAD, enhancing their overall experience and problem-solving.
  • Users commend the ease of use of Virto.CAD, appreciating its intuitive interface and efficient integration with other tools.
  • Users value the customization options in Virto.CAD, allowing easy addition of popular solar modules and inverters.
  • Users love the speed of rooftop design and modeling with Virto.CAD, making workflows effortless and efficient.
  • Users appreciate the ease of 3D modeling in Virto.CAD, praising its simplicity and quick export capabilities to PVSyst.
Cons
  • Users note the lack of useful features in Virto.CAD, which hinders design workflows and usability improvements.
  • Users find the string alignment process challenging, requiring time and effort to navigate effectively within Virto.CAD.
  • Users find the difficult learning process of Virto.CAD challenging, especially with roof-mount solutions and error messages.
  • Users feel that the limited customization options in Virto.CAD hinder their ability to tailor the software to their needs.
  • Users find layout issues frustrating, as the software requires time to learn and lacks automatic resizing features.

What Are Recent G2 Reviews of Virto.CAD?

PVsyst

PVsyst is a comprehensive software package designed for the study, sizing, and data analysis of photovoltaic (PV) systems. It caters to various configurations, including grid-connected, stand-alone, and pumping systems, making it a versatile tool for solar energy professionals. Key Features and Functionality: - System Design and Simulation: PVsyst offers detailed system design capabilities, allowing users to model PV systems with precision. It includes tools for defining system components, analyzing shading impacts through 3D modeling, and simulating energy production under various conditions. - Extensive Databases: The software provides access to comprehensive databases of meteorological data and PV system components, including modules and inverters, facilitating accurate simulations and system configurations. - Performance Analysis: PVsyst enables in-depth performance analysis by calculating energy yields, identifying potential losses, and assessing system efficiency. It supports the evaluation of factors such as shading, soiling, and thermal behavior, ensuring a thorough understanding of system performance. - Economic Evaluation: The software includes tools for financial analysis, allowing users to assess the economic viability of PV projects through metrics like Levelized Cost of Energy (LCOE) and Net Present Value (NPV). - User-Friendly Interface: PVsyst features an intuitive interface with a detailed help menu, guiding users through project development and facilitating ease of use for both beginners and experienced professionals. Primary Value and User Solutions: PVsyst empowers architects, engineers, and researchers to design and analyze PV systems with high accuracy and efficiency. By providing detailed simulations and performance assessments, it aids in optimizing system configurations, predicting energy yields, and ensuring the financial feasibility of solar projects. The software's comprehensive approach addresses the complexities of PV system design, offering solutions that enhance project planning, execution, and long-term performance.

Average Rating: 4.5/5.0

Total Reviews: 21

Who Is the Company Behind PVsyst?

  • Seller: Pvsyst
  • Year Founded: 2011
  • HQ Location: Satigny, CH
  • LinkedIn® Page: www.linkedin.com
    35 employees on LinkedIn®

Who Uses This Product?

  • Top Industries: Renewables & Environment, Mechanical or Industrial Engineering
  • Company Size: 50% Small, 36% Medium

What Do G2 Reviewers Say About PVsyst?

AI-generated summary from verified user reviews

Pros
  • Users value the flexibility in performing calculations from various perspectives, enhancing their analytical capabilities with PVsyst.
Cons
  • Users find PVsyst's inaccuracy in layouts disappointing compared to other more precise design software options.
  • Users find the layout issues in PVsyst limits accurate 3D design capabilities compared to other software options.

What Are Recent G2 Reviews of PVsyst?

What Are G2 Users Discussing About PVsyst?

Daniel Rivera
DR
Researched and written by Daniel Rivera
Updated October 3, 2024