ENERCALC for Revit is a powerful add-in for Autodesk Revit that enables structural engineers to perform ENERCALC SEL calculations directly within the Revit environment. This integration eliminates the need for manual data transfer, import/export, or copy/paste between platforms. Engineers can select Revit elements, launch calculations, design structural components, and automatically update the Revit model with the results. The tool streamlines workflows, reduces manual effort, and minimizes the risk of errors by leveraging BIM data for calculations and documentation within a unified interface.

Key Features

Direct Integration with Revit ENERCALC SEL accessible as a real-time extension within Revit.

• Launch calculations directly from Revit elements.
• No import/export or copy/paste required.

Automatic Model Updates Design results are applied to the Revit model instantly.

• Update section geometries, design parameters, and reaction forces in real time.
• Maintain consistency between calculations and BIM documentation.

Load Linking Automatic transfer of reaction forces between related calculations.

• Easily manage load paths (e.g., beam-to-girder, girder-to-column).
• Reduces manual data entry and potential errors.

Collaborative Workflow Support Compatible with Revit’s native worksharing and BIM360.

• Multiple users can link their own calculation files.
• Supports team-based design and monitoring of model changes.

Design Status Monitoring Track calculation status and manage updates efficiently.

• Visual status indicators for calculations (e.g., passing, incomplete).
• Bulk recalculation and change alerts for evolving models.

Flexible Licensing and Access Subscription-based licensing with seat-based access.

• Install on multiple computers.
• Internet-based license management for flexible work locations.

Benefits

Increased Productivity Eliminates repetitive manual tasks and accelerates design cycles.

• Reduces time spent on data entry and model updates.
• Enables engineers to focus on engineering rather than administrative tasks.

Improved Accuracy Minimizes risk of errors from manual data transfer.

• Direct use of BIM data ensures calculations are based on up-to-date model geometry.
• Automatic synchronization between calculations and model.

Streamlined Collaboration Facilitates teamwork and project management.

• Supports multi-user environments and worksharing.
• Tools for monitoring and managing calculation impacts due to model changes.