List of the Top 5 Solar Software for AutoCAD in 2026

PVSketch is an intuitive web-based application designed to streamline the development of solar energy projects. Its user-friendly interface allows sales representatives to access a detailed layout tool without requiring extensive prior knowledge. This cutting-edge tool significantly improves the visualization of solar solutions while delivering trustworthy energy modeling features. As part of the broader PVComplete ecosystem, PVSketch fosters effective collaboration among solar developers, installers, and engineers, enhancing both workflow efficiency and accuracy. Sales representatives can quickly kickstart projects online using PVSketch, which can then be seamlessly transitioned to PVCAD, an AutoCAD plugin, for comprehensive engineering design. By simplifying solar design, PVSketch empowers users to assemble complete solar projects in just five clicks. The platform's easy-to-use drawing tools ensure that anyone can achieve precise solar designs effortlessly. With a single click, users can generate a full layout, while those looking to enhance their projects further can refine their designs into more intricate configurations, raising the overall quality. Ultimately, PVSketch not only accelerates the early stages of solar project creation but also equips users with the tools to develop sophisticated and customized energy solutions. This capacity to adapt and modify designs makes PVSketch an invaluable resource for anyone involved in solar energy development.

RatedPower, a part of Enverus, is an end-to-end software solution for the development of large-scale solar PV, BESS, and hybrid renewable projects. Designed for energy professionals, it automates and optimizes the entire workflow—from land scouting and layout design to documentation and final engineering—saving time while improving accuracy. Its geospatial tools help users evaluate buildable sites by layering data like infrastructure, energy pricing, interconnection queues, and land ownership. RatedPower streamlines early-stage decision-making with precise site selection and access to locational marginal pricing insights. In the design phase, users can import topographic data to perform terrain analysis, simulate cut-and-fill volumes, and determine optimal layout configurations. The platform generates preliminary system designs with reliable energy yield estimates, SLDs, and Gen-Tie reports compliant with international engineering standards—essential for securing permits and financing. RatedPower also supports both standalone and hybrid battery storage projects, with features for capacity optimization and feasibility assessment. During detailed design, users can run batch simulations, manually tweak parameters like pitch or DC/AC ratio, and compare results using key performance and cost metrics. Finally, the software makes collaboration easy by exporting editable drawings, reports, and 3D models that integrate with tools like PVsyst, ensuring smooth transitions across project stages. RatedPower is the comprehensive digital partner for accelerating and scaling up renewable energy development.

For solar designers who prioritize precision and accuracy, PVCAD delivers unparalleled efficiency, enabling faster completion of design projects and job estimates. By leveraging the extensive integrated databases within PVCAD, users can significantly reduce the time spent on tasks while also decreasing the likelihood of costly mistakes. The database is continuously updated and boasts thousands of modules, inverters, and racking partners, providing users the option to easily incorporate their own equipment through the dedicated button in the PVCAD ribbon. If you are interested in having your products featured in our expanding database, we would love to hear from you. Furthermore, PVCAD utilizes production modeling sourced from PVWATTS, a resource created by NREL, to generate precise 8760 data that outlines hourly energy production for the entire year. Designers can confidently rely on the accuracy of their models thanks to current weather data obtained globally from Meteonorm. The software's compatibility with AutoCAD enables users to achieve the highest level of precision in system measurements compared to any other drafting software available. With such a wealth of resources at their fingertips, designers are equipped to deliver expert-quality outcomes, raising the standard of their projects significantly. This thorough methodology not only boosts efficiency but also instills greater confidence in the results produced. Embracing these advanced tools can transform the way solar projects are designed and executed, ultimately benefiting the entire industry.

Efficiently develop site capacity layouts for extensive utility projects of varying scales using an intuitive click-and-drag interface, enabling the placement of tracker blocks at any angle within the designated project area. This innovative approach facilitates quicker and more accurate site assessments by allowing users to scrutinize all piers and ensure that trackers can be positioned according to established guidelines. By eliminating ambiguity, the software enables users to observe how modifications to structural and electrical components impact both system design and performance forecasts. It generates comprehensive pier plans that encompass pier locations, surface elevations, and top-of-pile documentation specifically designed for premier tracker systems like Nextracker and Array Technologies. Moreover, the tool can produce a PVSyst shade scene (.SHD) file, as well as project (.PRJ) and meteo (.MET) files, which can be utilized in PVSyst to model energy yield while factoring in topographical features. This efficient method not only streamlines the export process to PVSyst but also improves the precision of bankable energy yield assessments, making it a vital resource for project developers. Additionally, the capability to visualize and modify designs in real-time plays a crucial role in enhancing project success and maximizing efficiency. Embracing such technology allows for a more responsive approach to design challenges and ensures that developers can adapt swiftly to any project requirements.

Glint Solar offers a cutting-edge cloud-based software platform tailored for the analysis, design, and development of early-stage utility-scale solar projects, enabling developers and interdisciplinary teams to effectively screen, prioritize, and evaluate numerous potential solar locations by leveraging integrated GIS and topographic information, satellite imagery, and engineering-approved yield and feasibility tools along with 3D visualizations. This comprehensive platform empowers users to assess viable construction areas, pinpoint exclusion zones, evaluate grid connections, and generate high-quality visuals that aid in securing permits, improving stakeholder communication, and guiding internal decision-making. By consolidating all project information into a shared workspace, Glint Solar enhances collaboration among business development, GIS, and engineering teams, reducing time wasted on non-viable sites and accelerating project timelines through quick scenario updates and accurate reporting, eliminating the need for disparate tools or tedious manual processes. Additionally, its intuitive interface allows team members to easily adapt to evolving project needs, further optimizing the development workflow. This approach not only boosts efficiency but also fosters a more agile environment that can respond to the dynamic nature of solar project development.