Network Design & Construction
Design for today’s load requirements and tomorrow’s urgency with unparalleled context and speed. Accelerate new network capabilities built to withstand real-world challenges.
Get a DemoOptimizing your network depends on more variables than ever. You must balance increasing supply requirements with land use considerations and decarbonization mandates. Implementing these changes shouldn't be the bottleneck. A 3D digital model streamlines your design process and empowers you to navigate potential roadblocks proactively. You can stress-test every plan against physical constraints before construction begins.
- Deliver more projects with less effort by experimenting with network design changes in minutes instead of hours.
- Optimize workflows and foster multi-stakeholder collaboration by building in a unified physics-based environment.
- Stress-test your plans against network risks, severe weather events, and long-term decarbonization goals.
Build for resilience
Seamlessly execute new distribution
Work faster with design tools that allow you to manage critical considerations on the fly. Address local clearance requirements and specific pole compositions without leaving your design environment. You can collaborate with third parties while ensuring proper data governance across maintenance workflows. Automate manual calculations to ensure your distribution design is optimized for both structural performance and community safety. This transition from manual drafting to automated validation ensures your field crews receive accurate, buildable plans every time.
Design new transmission with community-first precision
Deliver mission-critical clean supply projects faster while navigating complex regulatory requirements. Use a 3D digital network model to design with community constraints top-of-mind. You can avoid common project management pitfalls by keeping every stakeholder aligned with easy project tracking. Automate high-volume manual tasks such as clearance checks across access roads and public transportation corridors. This level of detail provides a traceable record of accountability that helps you secure project approval with less red tape.
Build for long-term resilience
Move from static blueprints to a dynamic, physics-enabled foundation. By simulating how your new construction interacts with existing assets and terrain, you improve decision quality across every span. You can validate that every new build meets FEA-grade standards for loading and sag before a single pole is ordered. This defensible engineering approach protects your budget and your professional standing. It ensures your infrastructure is ready for the increasing volatility of the modern environment
