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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Create analytical Spaces and Zones in a conceptual model, assign attributes, schedule them, and analyze system loads to determine Peak Loads and suggested system sizing.
Type:
Tutorial
Length:
2 min.
Transcript
00:03
With Autodesk Revit’s MEP Systems analysis,
00:06
mechanical design engineers can easily define all the main components and relationships
00:12
that comprise a mechanical HVAC system, without having to physically model any part of it.
00:19
It provides insights into how a building will perform, which optimizes system efficiency and ensures accurate design,
00:27
all before anyone invests time into modelling the actual system components.
00:33
Users can do this by automatically creating spaces in an architectural Revit model
00:39
that store values for a variety of parameters that affect heating and cooling load analysis.
00:46
These parameters include space type, occupancy load, lighting, and power loads, among others.
00:55
These spaces are then linked to zones to define an overall region controlled by environmental control systems
01:03
such as heating, cooling, and humidity.
01:07
This allows load balancing and analysis procedures, such as peak loads for heating and cooling, to be performed.
01:15
The resulting analysis also suggests system sizing to achieve optimal performance,
01:21
thereby again reducing overall design time.
Video transcript
00:03
With Autodesk Revit’s MEP Systems analysis,
00:06
mechanical design engineers can easily define all the main components and relationships
00:12
that comprise a mechanical HVAC system, without having to physically model any part of it.
00:19
It provides insights into how a building will perform, which optimizes system efficiency and ensures accurate design,
00:27
all before anyone invests time into modelling the actual system components.
00:33
Users can do this by automatically creating spaces in an architectural Revit model
00:39
that store values for a variety of parameters that affect heating and cooling load analysis.
00:46
These parameters include space type, occupancy load, lighting, and power loads, among others.
00:55
These spaces are then linked to zones to define an overall region controlled by environmental control systems
01:03
such as heating, cooling, and humidity.
01:07
This allows load balancing and analysis procedures, such as peak loads for heating and cooling, to be performed.
01:15
The resulting analysis also suggests system sizing to achieve optimal performance,
01:21
thereby again reducing overall design time.
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