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HVAC Load Calculation & Energy Modeling in Revit 2024
Rating: 3.9 out of 5(11 ratings)
47 students

HVAC Load Calculation & Energy Modeling in Revit 2024

Master HVAC Load Calculation with Revit 2024: From Energy Modeling to System Sizing for Efficient Building Design
Created bySajjad Ansari
Last updated 2/2026
English
English [Auto],

What you'll learn

  • Understand the fundamentals of energy modeling and its importance in HVAC load calculations
  • Learn the basics of Revit 2024 and how to set up energy models for HVAC load calculations.
  • Create and configure building models in Revit, including geometry, materials, and building components
  • Define thermal zones, spaces, and understand their impact on HVAC load calculations.
  • Perform detailed heating and cooling load calculations based on the energy model created in Revit
  • Analyze and interpret the HVAC load results, including energy consumption and performance optimization

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Course content

1 section • 10 lectures • 2h 10m total length

  • 1.1 Overview of Energy Modeling in Building Design13:56

    Model energy use in building design by simulating heating and cooling loads, occupancy, and performance to optimize energy efficiency and comfort while ensuring code compliance and certification readiness (Leed, Bream).

  • 1.2 Understanding Architecture Model in Revit11:46

    Learn how the architecture model in revit informs hvac load calculations by providing space and room data, aiding layout planning and seamless mechanical linking.

  • 1.3 Linking an Architecture Model11:25

    Link an architecture model into the mechanical discipline in Revit 2024 to perform heating and cooling load calculations via energy modeling, and manage linked files (reload, unload, remove).

  • 1.4 Creating Levels, Grids & Views13:44

    Copy and monitor architectural levels and grids into mechanical discipline in Revit, and use visibility graphics to manage linked content. Copy floor and ceiling plans for HVAC under view templates.

  • 1.5 Creating Spaces18:29

    This lecture shows how to create spaces in Revit for accurate heat load calculations, using separate views, duplicating floor plans with detailing, and defining room boundaries and maximum ceiling heights.

  • 1.6 Defining Spaces Properties14:22

    Define and assign space properties in Revit to identify occupiable versus plenum spaces and set heated and cooled conditions for hvac load calculations.

  • 1.7 Creating Energy Model17:23

    Create an energy analytical model in Revit 2024 by configuring location, energy settings, and hvac system parameters, then generate analytical spaces and analytical surfaces to assess heating and cooling loads.

  • 1.8 Adding Water Loops, Air Loops & Zone Equipment15:36

    Learn to add water loops, air loops, and zone equipment in Revit 2024, including chilled and hot water loops, air systems, VAV boxes, and variable-volume fans.

  • 1.9 Creating HVAC Zone7:12

    Create and assign hvac system zones in revit 2024 by naming zones, linking rooms with lines, and refreshing the energy model to remove unassigned spaces.

  • 1.10 Report Analysis6:08

    Generate and analyze the heating and cooling load report in Revit 2024 by running system analysis, selecting hvac systems, and reviewing zone loads, coil sizing, and energy summaries.

Requirements

  • Basic Knowledge of HVAC Systems
  • Familiarity with Revit
  • Access to Revit 2024
  • Basic Computer Skills
  • Interest in Energy Modeling

Description

Welcome to "Energy Modeling for HVAC Load Calculation in Revit 2024"—the ultimate course designed to help you master the essential skills needed to perform energy modeling and HVAC load calculations for efficient building design using Revit 2024.

As the demand for energy-efficient buildings grows, understanding how to accurately model energy consumption and HVAC loads has become critical for engineers, architects, and BIM professionals.

This course will equip you with the knowledge and tools to carry out these vital tasks using one of the most popular Building Information Modeling (BIM) software solutions in the industry.


         What You Will Learn:

  • Energy Modeling Basics: Gain a thorough understanding of energy modeling and its significance in HVAC system design and sustainability efforts.

  • Revit 2024 Fundamentals: Learn how to navigate Revit 2024 and set up your building model, thermal zones, and spaces for energy analysis.

  • Material Properties & Insulation: Input building material properties and insulation settings to accurately simulate thermal performance.

  • Weather Data Integration: Import real-world weather data and integrate it into your energy model for more precise HVAC load calculations.

  • HVAC Load Calculations: Perform detailed heating and cooling load calculations using Revit’s built-in energy analysis tools.

  • System Sizing & Selection: Learn to use load calculation results to select and size the appropriate HVAC systems for your building design.

  • Exporting & Interpreting Data: Export and analyze energy modeling data for further insights and communicate your findings effectively.

  • Real-World Case Studies: Apply your knowledge to practical scenarios through detailed case studies and project-based learning.


         Why You Should Take This Course:

  • Hands-on Learning: This course is designed with a practical approach, providing step-by-step demonstrations, exercises, and projects to ensure you gain real-world skills.

  • Industry-Standard Tools: You will be learning with Revit 2024, the leading BIM software used by professionals worldwide for HVAC design and energy modeling.

  • In-demand Skills: Energy modeling and HVAC load calculation are critical skills in today’s building industry, especially with the increasing focus on sustainability and energy efficiency.

  • Comprehensive Curriculum: This course covers everything from the basics of energy modeling to advanced HVAC load calculations, making it suitable for both beginners and experienced professionals.

Who this course is for:

  • HVAC Engineers and Designers
  • Mechanical Engineers
  • BIM Professionals
  • Architects and Building Designers
  • Construction and MEP Project Managers
  • Students and Graduates in Mechanical or Building Services Engineering

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