I actively use Virto.CAD as an AutoCAD based application for designing solar PV projects. The tools and features provided are designed so intuitively and conveniently that every step of the engineering process feels smooth and effortless. Having every necessary tool—from layout generation to stringing—work seamlessly right at your fingertips significantly boosts work efficiency. I love the intelligent automation without sacrificing control, which allows me to auto-generate module layouts, run 3D terrain/shading analyses, and perform stringing with a couple of clicks. I appreciate the integration with civil and georeferencing tools (plex-Earth), the built-in mechanical and structural load logic, and the automated Single Line Diagrams and system configuration. The initial setup was very easy; I just downloaded it to my PC. Overall, I highly recommend it to any engineer working on solar project design. Review collected by and hosted on G2.com.

I found the lack of native proposal and sales tools in Virto.CAD to be a downside. It would be more efficient if it integrated automated cost estimation, financial ROI modeling, and sleek web-based client proposal templates to streamline sales and bidding workflows. Review collected by and hosted on G2.com.

Virto performs surprisingly well compared to its competitors in terms of site layout consistency and accuracy, providing precise analysis and placement. The new version is much faster than the old one; the roof design is quite comprehensive, and the minor changes have worked out well. Review collected by and hosted on G2.com.

They can make updates to the string structure; string optimization may be necessary for some fragmented areas, and the string design allows for easy modifications. Review collected by and hosted on G2.com.

Integrates within Autocad structure and therefore easy to jump between each product. The software is pretty intuitive in the you can import a location from Plex earth or a jpg of the location and draw a boundary outline, then use the frame designer and add the frames to the drawing and the software will layout the frames to fill the boundary, add the stringing etc, produce a BOQ. So all in all its good value for money as i can work on roof top and ground mounted systems with the one package. Customer support is excellent everytime i have used it the guys there are helpfull and will jump on a meeting to help resolve the issues. they take on board customer suggestion. Am looking forward to the next upgrade. Review collected by and hosted on G2.com.

i think the auto stringing is not 100% but its about 95% which is good for an initial layout to get a BOQ, Review collected by and hosted on G2.com.

This software integrates roof- and ground-mount solutions into a single platform. Review collected by and hosted on G2.com.

It takes time to learn how to work with the software, especially when it comes to roof-mount solutions. It is a little difficult to change the system design when it comes to which strings need to be connected to which inverters, and so on. Review collected by and hosted on G2.com.

VirtoCAD makes solar designing faster and far more accurate than traditional CAD tools. The ability to import site layouts, model rooftop or ground-mounted systems, and calculate panel placements with shading analysis is outstanding. The built-in collaboration features let our design and engineering teams work together seamlessly, which saves hours in every project. Review collected by and hosted on G2.com.

The software is excellent, but sometimes high-resolution 3D rendering takes a little longer on larger solar projects. It’s not a dealbreaker, but performance optimizations would make it even smoother. Review collected by and hosted on G2.com.

We really like that one can execute the planning down to the smallest detail, especially with the DC and AC lines. The software has an extensive database that allows us to easily calculate costs. Additionally, the setup of the software was very easy. Review collected by and hosted on G2.com.

One often gets lost in the very detailed planning capabilities of Virto.CAD. An example would be the very extensive string configuration, with options that I often do not use. Review collected by and hosted on G2.com.

1. Ease of use - From the straightforward plugin process into CAD software to its detailed yet simplified user interface, Virto CAD makes it easy for both beginners and professionals to get started quickly.

2. Comprehensive functions- Virto CAD integrates all the essential tools you need into one plugin;3D modeling, solar module placement, shading analysis, stringing, cable routing, and more, streamlining the entire design workflow. A standout feature is System Config tab, which allows you to group solar panels (flat/ground mounted) and directly assign them to specific inverters>MPPT>strings for precise system planning.

3. Robust component library - The Virto team did a great job in creating a user friendly library where you can easily customize/ add latest solar modules/inverters

4. Lastly, of all the things, the most impressive thing is the support team. They respond quickly, provide effective solutions, and have consistently guided me through challenges whenever I got stuck. Review collected by and hosted on G2.com.

While the tool has many positive aspects, there are a few areas that need improvement to provide a smoother experience for design engineers:

1. Some additional features could be incorporated, particularly in the area of tracker systems, to facilitate easier and more efficient design workflows.

2. The current approach to string mapping with colorization could be improved, as it is not very intuitive. Review collected by and hosted on G2.com.

I appreciate how Virto.CAD makes rooftop design easier, especially when creating 3D models for PVSyst. It simplifies my workflow by auto-filling rooftops with panels. I value how easily it exports to PVSyst, generates ballast reports, and includes the compass feature, which speeds up my work. Review collected by and hosted on G2.com.

One of the frustrations I face with Virto.CAD is the time-consuming process required to understand when random error messages occur. Additionally, I find certain aspects of stringing parts of the modules to be quite difficult. Another area for improvement is the limitation in user customization, specifically regarding the ability to add personal naming conventions for obstacles within the software. Review collected by and hosted on G2.com.

I really appreciate how Virto.CAD simplifies rooftop design and 3D modeling for PVSyst. It's fast to build a rooftop and export to PVSyst. I like its simplicity, and the setup was easy. Review collected by and hosted on G2.com.

I think the string plan needs improvement. Also, the way to do the inverter configuration and cable routing could be better. Review collected by and hosted on G2.com.

I really enjoy the easy implementation into our CAD System Bricscad. Virto.CAD is easy to use and can generate projects really fast, where manuel drawing was necessary befor i used it. In my area, ground mounted projects are really restricted and small. My daily task is to generate plans and visualisations of plants and to change them frequently because the customers want to influence each detail. I do also need 3D planing because it is hard for them to imagine, how the plant will look like in the actual terrain.

Virto.CAD became essential to me because it is otherwhise not economical to deal with those requests by placing tables manually.

With this workflow, and the Virto.CAD tools system setup, cabel routing and trenching i am able to be very fast responding from the request to a realistic offer for the customer. Review collected by and hosted on G2.com.

Due to the great automated workflow in Virto.Cad it sometimes lacks in flexibility for e.g. rotating and customizing of single tables or groups of tables or changing trenching and cable routing afterwards. Review collected by and hosted on G2.com.