Conceptual PV Design
That Drives Real Projects

• One-click export of your 3D and shading data
• Maintain design precision by eliminating manual data re-entry
• Accelerate bankable reporting with PVsyst-read file formats

Once the investment decision is made, the project can be exported to DWG for further development in CAD tools, avoiding the need to restart from scratch. This preserves the work done in Virto.MAX, saves time, and enables a smooth transition from design to detailed engineering.

Virto.MAX enables easy creation of buildings, surfaces, and PV design obstacles. It also allows fast panel placement with shading considerations, while letting you adjust layouts by adding or moving panels, modifying thermal breaks, and fine-tuning the design to match project requirements.

Present and propose solar projects with clarity and impact.

• Generate deliverables that support clear, compelling project presentations
• Share interactive 3D models with stakeholders to visualize designs, explain key decisions, and create more engaging experiences

Design and configure complete PV Systems with clear, sales-ready outputs that support presentations and decision-making.

• Configure inverters, estimate cable sizes and lengths and evaluate string distribution
• Design and size battery systems as part of the overall configuration

Design and size battery systems with confidence

• Define input parameters and select preferred battery models to generate optimal sizing
• Place batteries at suitable on-site location based on project layout

Create accurate 3D site models and generate optimized PV layouts in one workflow.

• Model roofs, terrain, and obstacles with precise 3D site representation
• Automated layout for rooftop, carport, and ground systems
• Advanced layout control, including shading and thermal breaks
• Automated building generation from drone imagery and point clouds (via Virto.RISE)

You can customize reports with your logo, brand colors, and links, creating professional outputs that match your company identity.

You can create teams to collaborate with colleagues, where projects are automatically shared with all members for easy access and continuity, even during absences or handovers. Projects outside a team can still be shared, but this requires manual sharing.

You can adjust thermal break positions to better match design requirements. This helps keep obstacles accessible, avoids small panel fields with high roof point loads, and improves layout quality and aesthetics.

After drawing the first obstacle, the platform automatically identifies similar roof obstacles based on the matching accuracy you set.

We support both metric and imperial unit systems.

Based on drone footage, Virto.MAX can generate an accurate 3D model of the project site. This provides a reliable, real-world basis for design, making subsequent planning steps more precise.

Virto.MAX supports large-scale PV layouts with over 150,000 panels across multiple buildings or surfaces, while maintaining stable performance.