PVGround
PVGround is a solar design platform delivered as AutoCAD and ZWCAD plugins for ground-mounted (PVGround) and rooftop (PVRoof) PV projects. PVGround reads terrain from the drawing to lay out panels, calculates how many MWp fit at different row spacings, analyzes shading including fences and trees, plans DC, AC and HV cable routes in 3D, groups pile lengths with tonnage, calculates cut and fill earthworks, and verifies the design with cross-sections. PVRoof models roof geometry, slope and orientation and places panels automatically or manually with shading analysis. Designs export to PVsyst, Excel, PDF and DXF. WebView shares a finished design through a token: reviewers open the 3D project (terrain, modules, piles, structures), live shading and read-only performance results (annual production, specific yield, PR) in any browser on phone, tablet or laptop, with no AutoCAD or license needed, while your DWG stays with you. 14-day free trial available.
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SolarDesignTool
Create a preliminary design by specifying the module and inverter configuration and the layout. Upgrade the design to a permit-ready design by completing a quick 4-step wizard. Define the installation site using aerial imagery or an imported 3D model from EagleView or RoofOrders. With SolarDesignTool, you can create a PV system design and generate a solar permit package in as little as 15 minutes. A permit package includes the following pages: project summary, site plan, single-line diagram, PV safety labels, attachment plan(s), attachment details for supported racking systems, fire safety plan, equipment datasheets, and certifications. After completing a PV system design, generating a solar permit package is as simple as clicking a single button. A PV permit package for a typical residential sloped rooftop using a popular racking system will include all of the pages listed above.
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Solargis
Accurate estimation of solar energy potential is crucial in the pre-feasibility phase. Besides accurate results, it is also desired that the pre-feasibility study is done efficiently. Solargis prospecting tools, iMaps and pvPlanner, provide fast access to reliable solar yield estimates. The new Prospect tool further increases the accuracy of estimates and makes it easier to collaborate efficiently on the development of solar projects. Solargis data has the best accuracy and reliability amongst available solar databases. This has been confirmed by several independent studies. Solargis data has been validated at 1000+ locations globally. Validation statistics for 180+ non-confidential sites can be seen on our validation map. Popular simulation software such as PVsyst has advanced capabilities for system design and energy modeling. However, the default weather data in such tools is not the most reliable.
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PVSketch
PVSketch is an intuitive web app designed to streamline solar project development. A friendly interface allows sales professionals easy access to a precision layout tool with little or no training. PVSketch helps visualize solar energy solutions and creates accurate energy modeling. PVSketch is part of the PVComplete platform. PVComplete allows solar developers, installers and engineers to work together on a single, versatile platform combining efficiency and accuracy. Sales professionals can begin a project quickly online with PVSketch and then transfer the project to PVCAD, our AutoCAD plugin, for a detailed engineering plan. PVSketch makes solar design simple. As little as five clicks and you can create a solar project packed with valuable information. Simple and instinctive drawing tools make accurate solar design accessible to any individual. While a single click can generate an entire layout if you dig deeper you can refine your solar design to create sophisticated designs.
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