Graphics Programs Reference
In-Depth Information
Chapter 13
Power and Communications
Modeling power systems with a building information modeling (BIM)
solution such as the Autodesk
®
Revit
®
MEP 2015 program is just as
important to project coordination as modeling systems that contain large
amounts of physical data, such as HVAC systems. As with a lighting model,
the key component to a power systems model is the data within the model
elements. This information determines how systems can be put together. It
can be extracted from the model for use in analysis and to aid in design
decisions.
There is something to be said for the physical model of a power system
as well. Receptacles and junction boxes are relatively small compared to
other system components, but with a large number of them in a project, the
potential for interference is increased.
Building communication systems have become more complex with advances
in modern technology. Voice and data networks and devices, along with
security and fire alarm systems, are major design elements of new
construction as well as renovation of existing buildings. Revit MEP 2015
has the tools necessary for you to communicate your design in a 3D model
that contains the important data needed to ensure an efficient and effective
workflow. Electrical equipment can be large and a clearance space is usually
required around theequipment forservice. Large conduit and cable tray runs
are important coordination considerations as well.
In this chapter, you will learn to do the following:
• Place power and systems devices into your model
• Place equipment and connections
• Create distribution systems
• Model conduits and cable tray
