Pylon
Pylon's intuitive design software allows you to create accurate proposals from anywhere, in less than 2 minutes. Pylon is the only software that allows you to view high-resolution imagery within your app. Pylon's award winning 3D Solar Shading toolkit helps you identify and track shading impacts throughout the year. Pylon's load profile analysis and interval data analysis will help you and your team to better understand customer consumption patterns. Analyze load profiles & interval data. You can close more solar proposals by using interactive Web & PDF proposals and native eSignatures. Fully integrated solar CRM that integrates with your solar design software to convert proposals. Pylon Solar CRM offers 2-way SMS and email communications, team management, lead management and pre-made deal pipelines.
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PVcase
PVcase Ground Mount is an AutoCAD-based software that allows you to design solar power plants at utility scale. It allows solar engineers to reduce project costs and increase reliability while improving solar plant performance. Realistic, terrain-based PV layouts can reduce project uncertainty and eliminate design errors. Great solar designs can be ruined by poor CAPEX. Get a clear breakdown of the project costs early. Optimize your design and assess potential near-shading issues. Streamline your electrical design by streamlining string mapping and device placement. You can easily download and share cable runs, piling lengths and other cost estimates with your team. PVsyst allows you to export your PV design in a custom format.
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Scanifly
Nearly all solar professionals, at 98%, perform technical onsite assessments prior to construction, and more than half of them do this before finalizing a sale. Despite these efforts, solar companies often invest hours using ladders and manual measurements on rooftops, which can slow down project timelines, compromise precision, and elevate safety hazards. By leveraging drone technology and advanced 3D modeling, Scanifly’s solar design software significantly reduces the need for roof climbs, cutting onsite time by as much as 90%, and enhances design precision to prevent costly redesigns, change orders, or delays during installation. Traditional tools like ladders, tape measures, and handwritten notes can result in inaccuracies and errors due to guesswork. In contrast, the integration of drones and 3D modeling tools optimizes the workflow, boosting efficiency, safety, and design accuracy. Capture images using your drone (JPEG format) to digitize various aspects of the project. Furthermore, this innovative technology automatically generates scaled 3D models of the proposed sites, providing a comprehensive overview for solar planning.
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PVCAD
For solar designers seeking the utmost in precision and accuracy, PVCAD offers unmatched efficiency, allowing for quicker finalization of designs and job quotes. By utilizing the design criteria from PVCAD’s extensive integrated databases, users can save precious time while minimizing the risk of expensive errors and omissions. Our continuously expanding database includes thousands of inverters, modules, and racking partners, and users can conveniently add their own equipment via the database button located in the PVCAD ribbon. Are you interested in having your equipment included in our growing database? PVCAD leverages production modeling from PVWATTS, a tool developed by NREL, to provide accurate 8760 data that details hour-by-hour production throughout the entire year. With the most current weather data sourced globally from Meteonorm, designers can trust the reliability of their models. Additionally, the capability to model in AutoCAD ensures that users achieve the most precise system measurements available in any drafting software. With such valuable resources readily accessible, designers are empowered to produce expert-quality results, elevating their projects to new heights. This comprehensive approach not only enhances productivity but also fosters confidence in the final outcomes.
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