PVsyst Integrations

Virto.CAD is a powerful PV design plugin for AutoCAD and BricsCAD. It allows EPC, engineering firms and developers in the solar industry to crate detailed drawings and calculations for commercial rooftop and ground mounted projects. Virto.CAD is an all-in-one platform that optimizes your workflow and productivity. Using our software will save you more than 85% on engineering time and costs by automating module layouts, ballast calculations, bill of materials, irradiations simulations, yield simulations, string mapping, cable trays, trenches and routing management...

Web Solar Cloud is easy-to-use tool for designing solar projects online. It helps you create professional solar designs quickly, even if you're new to solar design. Software will generate a solar permit package that includes detailed solar panel layouts, electrical diagrams, structural engineering reports, and any other documentation specific to your local permitting requirements. Shading and production analysis evaluates a building's shading and energy production performance. With our tool, you can easily design and calculate electrical components, wiring, and loads for your project. Whether you're planning a small residential project or a large commercial one, our tool provides you with the necessary features and capabilities to ensure accurate and efficient electrical design. Our solar design software is equipped with an advanced Single Line Diagram feature, designed to simplify the visualization of your solar system.

We made this end-to-end solar platform after speaking to hundreds of solar installers 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. Take your business digital, reduce human errors, save on costs, and serve your customers better. From capturing leads to filling in site survey information and a lot more solar features, this is not the average CRM. Design & CRM in one software made especially for salespeople to design by themselves. Salespeople can do just about everything helped by AI and the easy-to-use design features. Send prospects a beautiful proposal with accurate design, solar and battery energy analysis, and financials within minutes. ARKA 360’s powerful design studio is made for technical salespeople and engineers with full 3D design, modeling to the inch, and advanced 3D analysis.

RatedPower, part of Enverus, is an all-in-one software for designing utility-scale solar, BESS, and hybrid systems. It supports the full development cycle—from site selection to detailed engineering—enabling project developers, engineers, and analysts to work faster and more accurately. Users can assess land, locate optimal interconnection points, and design layouts using topographic and geospatial data. RatedPower also provides energy yield estimates, SLDs, and Gen-Tie reports that align with global standards. For BESS, it allows standalone or hybrid integration and helps evaluate feasibility through capacity optimization. Collaboration is easy thanks to exportable reports and layouts compatible with industry tools like PVsyst. With RatedPower, teams streamline project development while boosting accuracy and collaboration.

Solcast is a cloud-based solar and weather data software built to provide high-resolution, bankable historical, live, and forecast solar irradiance, weather, and photovoltaic (PV) power data for renewable energy applications, delivered through a scalable REST API and developer tools. It tracks real-time satellite cloud cover and blends that with advanced weather models to deliver solar irradiance forecasts from five minutes up to 14 days ahead with high spatial and temporal resolution, and also supplies historical time series from 2007 to seven days ago for performance analysis. Solcast supports multiple PV power forecast models (Rooftop PV, Advanced PV, and Premium PV) that estimate actuals and future output for solar assets of any scale, and its API returns data in JSON or CSV formats suitable for integration into energy software, analytics platforms, or custom workflows. Developers can access this data using native HTTP clients or SDKs (such as Python and C#) with code examples.

Glint Solar is a cloud-based platform for early-stage utility-scale solar project site analysis, design, and development that helps developers and multidisciplinary teams screen, prioritize, and assess thousands of potential solar locations with integrated GIS and topographic data, satellite imagery, engineering-approved yield and feasibility tools, and 3D visualizations so they can evaluate buildable areas, mark exclusion zones, grid connections, and generate professional visuals that support permitting, stakeholder engagement, and internal decisions; it centralizes project data in a shared workspace to improve team collaboration between business development, GIS, and engineering, reduces wasted development hours on unviable sites, and accelerates project pipelines by enabling quick scenario updates and accurate reporting without relying on disparate tools or manual processes.