

Virto.CAD è il nostro rinomato strumento di progettazione solare fotovoltaica per programmi AutoCAD o BricsCAD (BIM). Consente ai principali EPC, studi di ingegneria e sviluppatori nel settore solare di creare disegni dettagliati e calcoli per impianti solari commerciali su tetto e su scala industriale a terra.

Progettazione solare per massimizzare le tue vendite

Virto.CORE è un avanzato framework di design PV white-label. Viene utilizzato per costruire applicazioni web personalizzate per i produttori di sistemi di montaggio e all'ingrosso per automatizzare il processo di progettazione e ingegneria solare.



Founded in 2019 and headquartered in Belgium, Virto Solar is a global leader in PV design and engineering software. Our mission is to accelerate the transition to renewable energy by redefining how large-scale solar projects are designed, optimized and implemented. By replacing manual complexity with automation, we help solar professional move from design to detailed engineering —because for a sustainable future, the sooner, the better. Our Solutions: Virto Solar provides a unified digital framework that serves the entire project lifecycle, from initial sales proposals to detailed construction-ready engineering. Our ecosystem includes: - Virto.MAX: A powerful, web-based PV design tool specifically targeted toward the design and pre-engineering phase. It streamlines site layouts, shading analysis, and yield simulations to accelerate early-stage project development. - Virto.CAD: An advanced detailed design engineering tool for AutoCAD and BricsCAD, specifically built for high-precision engineering and structural calculations for C&I and utility-scale projects. - Virto.CORE: Advanced framework for mounting system manufacturers to automate engineering and generate accurate Bills of Materials (BOM). Why Choose Virto Solar? - Speed: Reduce engineering and design time by up to 80% - Accuracy: Automate complex calculations to eliminate errors and ensure bankable results. - Integrated Workflow: Seamlessly bridge the gap between conceptual design and detailed engineering with tools that connect directly to PVsyst and other industry standards.