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Advanced Berkeley Comfort (ABC) model
  • Advanced Berkeley Comfort (ABC) model
  • DOCUMENTATION
    • What is the ABC model?
      • Thermal phygiology model
      • Thermal comfort model
    • Input and output
      • Input parameters
      • Output parameters
    • ABC Model API
      • Example code in Python
      • Example code in R
    • Web interface
      • Edit input data
      • File import and export
      • Advanced settings
    • Excel interface
  • HELP & FAQs
    • FAQs
    • Questions / Help / Discussion
  • References
    • List of references
    • Past presentation
    • Useful tools
  • Changelog
    • Changelog
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On this page
  • Online tool
  • Run the model in your favorite programming language
  • Fundings

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Advanced Berkeley Comfort (ABC) model

Official documentation webpage

NextWhat is the ABC model?

Last updated 3 months ago

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The Advanced Berkeley Comfort (ABC) model, originally developed by the Building Sciences Group at UCB for the evaluation of human comfort in automobiles, is one of the most sophisticated thermal comfort models in existence. The comfort models for local body parts and body overall are based on intensive human subject tests carried out at CBE environmental chamber. So far, these are the only models available which predict comfort for local body parts, therefore a good model to predict comfort under non-uniform environments.

Online tool

Let's quickly dive into and explore . For additional information about the web interface, is the documentation for the web interface.

Run the model in your favorite programming language

We offer an official API (ABC model API) with example code written in several popular programming languages. We recommend using this API for those who want to run the model programmatically for advanced simulations beyond the capabilities of the web interface. You can also create powerful, custom integrations that enhance your own applications by leveraging our model's capabilities.

Click your language of choice below for more information.

Fundings

Over the decades, this work has been supported by many different funding sources in many different ways. It is difficult to name all the sponsors here, but we thank all funding support.

the live deployment of our current web interface for the ABC model
here
Screenshot of ABC model web interface
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ABC model for Python

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ABC model for R