Electrical Analysis

Learn about the electrical analysis tools in Revit. These tools provide electrical engineering load estimating workflows directly within Revit and allow you to use Revit earlier in the process where design analysis and key decisions are made.

What is Electrical Analysis?

There are two parts to the electrical analysis workflow:
  • Define electrical analytical loads
  • Define analytical system components
When you create the analytical loads, the total load may be determined to estimate the service entrance requirements. By creating the analytical system components and associating loads with them, you can plan how loads will be served and determine preliminary ratings for the elements in the electrical system.

Why should you use it?

This functionality was released in Revit 2023 and provides a way for electrical designers and engineers to capture electrical design requirements natively within Revit, reducing dependence on workflows that rely on maintaining data in spreadsheets, PDFs, and other disconnected repositories.

The electrical analysis workflow is designed to allow you to utilize linked DWGs or PDFs, or Revit models as the basis of load takeoffs within Revit. These load takeoffs, along with new capabilities to conceptually define electrical system elements, allow you to determine preliminary building load and load on main equipment components directly within the Revit environment. Use these takeoffs to produce documentation and schedules to communicate design concepts to stakeholders.

Where do you find the tools and how do you use them?

Electrical Analysis tools are located on the Analyze tab of the ribbon. For details on how to use the tools, see Workflow: Electrical Analysis or watch the workflow videos on the Autodesk Building Solutions YouTube channel listed below.

Videos

Step 1: Define conceptual power loads

Step 2: Define conceptual distribution for load analysis

Step 3: Divide and refine area based loads

Step 4: Extend your electrical conceptual design