CBECC-Com Nonresidential Compliance Software

Frequently Asked Questions  (FAQ)

Please select a category below to view frequently asked questions for CBECC-Com.

  1. Compliance Software
  2. Exceptional Design Compliance
  3. Quick Analysis
  4. Support/Training
  5. General
  6. Building Envelope/Geometry
  7. Building Internal Loads
  8. Building HVAC Systems
  9. Compliance Reporting
  10. Unmet Load Hours (UMLH)
  11. Highrise Residential Modeling *NEW*

For more FAQs and more detailed modeling questions and answers from the CBECC-Com user community, please refer to unmethours.com. Itís a new type of resource that has emerged from the programming world as an alternative to mailing lists or forums. You ask a question. Other modelers answer it. The best answer gets voted to the top. Or you can search on your topic and you might find that your question has already been asked and answered.

Several CBECC-Com questions are already answered here: https://unmethours.com/questions/scope:all/sort:activity-desc/tags:cbecc-com/

CBECC-Com Mailing List Signup

If you would like to be notified of updates to CBECC-Com (new features, bug fixes), then please sign up for the mailing by clicking on the link below:
CBECC-Com Mailing List Signup

Tutorials - Getting Started with CBECC-Com 2013 v3

To get started with CBECC-Com a series of tutorials has been developed to help users understand the software workflow. The development of the tutorials has been funded by Southern California Edison (SCE) and other IOU's in the State of California.

The tutorials will help users understand the two different modeling methodology that can be used to create building geometry - Detailed Geometry approach and Simplified Geometry approach for compliance modeling with CBECC-Com.

The key difference between the two approaches is that the Detailed Geometry approach requires the user to draw the building and all its elements using a drawing tool, in this case SketchUp with the OpenStudio plug-in. This approach accurately represents a building and its elements in three-dimensional (3D) form. Spatial relationships and properties of the building surfaces such as areas, orientation and tilt are accurately represented in the 3D drawings. The additional software required for using the Detailed approach can be downloaded from the software page. The Simplified Geometry approach on the other hand defines the properties (areas, orientation, tilt, etc.) of the building surfaces within the CBECC-Com interface, but the spatial relationship between surfaces is not defined.

A series of tutorial files have also been provided to illustrate and help users work along using the two modeling approaches.

1. Workflow Overview [PDF]  
2. Creating Model Geometry [Simplified Geometry] [Detailed Geometry]
3. Defining Constructions [PDF]  
4. Defining Lighting and Internal Loads [PDF]  
5. Defining Packaged HVAC Systems [PDF]  
6. Defining DHW Systems [PDF]  
7. Performing Analysis [PDF]  
8. Defining Central Plant Systems [PDF]  
Tutotial Files [ZIP] [Simplified Geometry] [Detailed Geometry]