Revit MEP - Mechanical / HVAC systems - AulaGEO

Unlock the power of Revit for building energy analysis! This comprehensive course dives deep into utilizing Revit's tools to perform accurate energy modeling and analysis on your building designs. Learn how to seamlessly integrate energy information directly into your Revit models and then export data for advanced simulations using external software.

Here's a detailed look at what you'll master:

• Getting Started:

  • Introduction to Revit for Energy Analysis: Understand the fundamentals of using Revit for sustainable building design.
  • Templates & Mechanical Configurations: Leverage pre-configured templates to streamline your workflow and manage mechanical systems efficiently.
  • Collaboration with Links: Learn how to effectively link Revit models with other software for collaborative design processes.
  • Creating & Modifying Spaces: Master the creation and manipulation of spaces within Revit, a crucial step for accurate energy calculations. This includes creating and modifying space tables and properties.
  • Zone Creation: Learn to define zones within your building model for more granular energy analysis.
  • Construction Options: Modify construction options to reflect real-world building materials and their impact on energy performance.

• Energy Analysis Techniques:

  • Thermal Load Analysis: Perform detailed thermal load analysis to determine heating and cooling demands.
  • Load Analysis: Understand and analyze various building loads, including lighting, equipment, and occupancy.
  • Climate Data Integration: Incorporate accurate climate data into your models for realistic energy simulations.
  • Sliver Space Considerations: Learn to address the unique energy challenges posed by sliver spaces.
  • Report Generation: Create comprehensive reports detailing your energy analysis, including the appropriate level of detail.
  • Load Analysis Details: Delve into the specifics of load analysis and its impact on building performance.
  • Thermal Load Reports: Generate detailed reports on thermal loads to identify areas for improvement.

• Mechanical Systems Design in Revit:

  • Exporting to Simulation Software (gbXML): Prepare your Revit models for use in specialized energy simulation software by exporting in the gbXML format.
  • Systems Explorer: Utilize the Systems Explorer tool for efficient management and visualization of mechanical systems.
  • Mechanical Configurations: Define and manage mechanical system configurations within Revit.
  • Duct & Pipe Systems: Learn to create logical and efficient duct and pipe systems using Revit's tools. This includes creating the elements themselves.
  • Duct Connectors & Pipe Connectors: Properly connect duct and pipe systems using appropriate connectors.
  • Mechanical System Creation: Build complete mechanical systems within Revit.
  • Mechanical Piping Configuration: Configure mechanical piping systems for optimal performance.
  • Piping Systems: Design and manage complex piping systems.
  • Terminal & Equipment Placement: Accurately place mechanical terminals and equipment within your model.
  • Routing Schemes: Create efficient routing schemes for ducts and pipes.
  • Manual & Automated Routing: Master both manual and automated routing techniques for duct and pipe systems.
  • Duct Sizing & Mechanical Piping Equipment: Size ducts and select appropriate mechanical piping equipment for optimal performance.
  • Mechanical Pipe Routing: Route pipes efficiently within your building model.
  • Manual Pipe Editing: Fine-tune pipe routing with manual editing tools.
  • Mechanical Pipe Sizing: Accurately size mechanical pipes to meet system requirements.
  • Loss Reports: Generate reports detailing pressure drops and energy losses within your duct and pipe systems.

This course equips you with the skills to design more energy-efficient buildings using the power of Revit and energy analysis.