Workflow: Energy Analysis with Revit and Insight

Use Revit models with Insight to analyze the energy performance of your designs.

With energy optimization techniques, you can analyze your Revit model as you work on the design. The earlier you use optimization techniques, the more impact you can have on the overall energy performance. Use the analysis tools throughout the design process to refine the building design and make decisions about energy performance.

Read our customer success stories to see how design teams used Revit and Insight analysis tools to impact their designs and save their clients' money. Use this workflow to learn how you can begin using Insight on your projects.

Note: Energy Optimization for Revit is a subscription benefit. To use it, you must be signed into Revit with a subscription-enabled Autodesk account.

Customer Success Stories

• With Revit and Insight, D/P/S saves a client $2.5 million over a 30 year period with net-zero building solutions
• NBBJ uses Insight to gain ground on implementing Building Energy Models for over 50% of projects
• Other Customer Success Stories

Set Up the Model for Analysis

First, set up the model for energy analysis. Models created with building elements (walls, floors, roofs, etc.) or with massing elements can be analyzed using Insight. Models containing both massing and building elements together can also be analyzed. Set the location and choose weather data during model set up.

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Understand the best practices for modeling when using detailed elements to create an energy model. Create the Energy Model: Detailed Architectural Model	Use a simple massing model during early stages of design to create an energy model. Create the Energy Model: Massing	Combine massing and detailed elements in a design to create an energy model. Create the Energy Model: Mixed Design	Specify a geographic location and select a weather station to provide data used in the energy analysis of the model. Specify the Location

Create the Energy Model

A separate energy model consisting of surfaces and volumes is created directly from your design model. The energy model is created automatically in Revit and can be visually inspected for accuracy before it is submitted to Insight for analysis. Energy settings give you control over different factors to consider as you create the energy model.

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Understand the basics behind the creation of the energy model. Create the Energy Model	Set basic energy settings to control the rationalization of the energy model. In most cases basic energy settings are enough to return acceptable results for an energy analysis. Energy Settings	Set advanced energy settings when your analysis requires specific controls. Advanced Energy Settings	Watch a video and learn how energy settings affect the rationalization of the energy model. Video: Energy Settings
Understand how the energy model creation process works and learn strategies to make the process work better. About the Energy Model Creation Process	Watch a video and see how to create the energy model from your design model geometry. Video: Create Energy Model	Use views in your model to understand and verify the energy model generated from the design geometry. About Understanding the Energy Model

Analyze and Optimize

Send your energy model to the Insight analysis cloud tool. At the Insight web portal, optimize the performance of your design by adjusting factors of the design and comparing different scenarios. By running Insight analysis early and frequently during design, you can ensure your model always meets project efficiency goals.

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Send the energy model to the cloud for analysis using the Insight tool. Generate the Energy Analysis	Watch a video and learn how to submit a model for analysis. Then adjust different factors of the design on the Insight dashboard to optimize the performance of the design. Video: Perform an Energy Analysis	Use the Insight dashboard to optimize factors of the design and compare different scenarios. Optimize Building Energy	Repeat the analysis process throughout the project cycle to verify the project meets energy performance goals. Repeat Energy Optimization Often