Roof Mount
PVcase Roof Mount is an advanced, AutoCAD-based platform that automates complex commercial rooftop solar design tasks—such as layout creation, electrical calculations, shading analysis, and cable routing—reducing design time by up to 85%, minimizing errors, and enabling faster, more accurate project delivery and business scaling.
Advanced C&I Rooftop Solar Design
Move commercial rooftop solar forward with 3D AutoCAD-based automated layouts, electrical design, shading algorithms, and more.
One End-to-End Platform for Site Selection, Design, and Yield Optimization
Fast and Precise Rooftop Solar Design
Complex calculations can obstruct efficient C&I rooftop design. PVcase Roof Mount automates time-intensive tasks using smart algorithms for swift, accurate layout creation, reducing design time by a minimum of 80%.
Automated, Error-Free C&I Rooftop Solar
Streamline key tasks like cable routing and shading analysis, eliminating manual errors and tool-switching for reliable, rapid commercial rooftop workflows.
Intelligent Algorithms for Precise Design
Achieve exceptional accuracy with advanced algorithms that automate mechanical layouts and electrical calculations, minimizing risk at every stage.
Turn Rooftop Potential into Projects, Faster
Cut design times by up to 85% and empower your team to deliver more projects in parallel, scaling your business with unmatched efficiency.
Testimonials
“I estimate that the time we save when generating or developing a project in its initial phase is more than 50%”
— David Velasco, Industrial Engineer
“Being able to set the parameters early in the design process, we have a really accurate layout for every bid that we produce”
— James Magarahan, Senior Design Engineer
“If we have to do a 600-megawatt layout, we used to take one complete week, but now we can do it in half a day”
— Mohammed Ismail, Senior Application Engineer
Solar That Sees the Light of Day
Related
Why Rooftop Solar Is a Key Part of the Clean Energy Transition
Rooftop solar, encompassing installations on homes and various commercial and municipal buildings, represents a vast and largely untapped potential for clean energy generation—capable of producing as much energy as the entire US currently generates—offering significant local benefits and complementing large utility-scale solar parks essential for meeting global clean energy and climate goals.
PVcase: End-to-End Solar Project Development Platform
PVcase is an end-to-end, cloud-based solar project development platform trusted by industry leaders that streamlines site selection, automates utility-scale and rooftop PV design with high accuracy, and provides robust yield estimation to optimize economic and sustainable success across all project stages.
Roof Mount
PVcase Roof Mount is an advanced AutoCAD-based platform that automates and optimizes the design of commercial and industrial rooftop photovoltaic systems by generating precise 3D layouts, managing electrical design and shading algorithms, reducing manual errors, accelerating project development by up to 85%, and enabling teams to handle multiple projects efficiently with high accuracy and scalability.
Ottimizza la capacità solare installabile su tetti C&I
Il testo presenta PVcase Roof Mount, una soluzione AutoCAD specializzata che ottimizza la progettazione di impianti fotovoltaici su tetti commerciali e industriali complessi, affrontando sfide come la modellazione 3D, la gestione delle ostruzioni, la conformità strutturale e l'ottimizzazione spaziale per massimizzare la capacità solare installabile e garantire sicurezza e conformità normativa.
Advanced Commercial Solar Design Software
Advanced commercial solar design software integrates digital twin and BIM technologies within a unified, API-driven platform to automate structural load modeling, optimize system performance, ensure code compliance, generate bankable financial models, and streamline 3D visualization and electrical planning for efficient, permit-ready commercial PV system designs.
CAD Solar System Design Software
CAD solar system design software transforms traditional drafting into a precise, efficient engineering workflow that enhances 3D visualization, cost optimization, accuracy, speed, and risk mitigation, enabling developers and engineers to create smarter, high-ROI photovoltaic projects through automated layouts, real-world data integration, and streamlined collaboration from site analysis to final documentation.