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189165495 Electrical machine design using rmxprt .pdf


Nom original: 189165495-Electrical-machine-design-using-rmxprt.pdf

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RMXPRT™
RMxprt™ software speeds the design and optimization
process of rotating electric machines. The easy to use
machine specific template-driven interface allows users to
create model, assign materials, running strategies and drive
circuit to calculate machine performance, make initial sizing
decisions, and perform hundreds of “what if” analyses in a
matter of seconds. RMxprt can then automatically set-up a
complete Maxwell® 3-D or 2-D project including geometry,
motion and mechanical set-up, material properties, core loss,
winding and source setup including the drive circuit for
rigorous electromagnetic analysis to refine parameters
calculated by RMxprt and enhance accuracy.

New CAPABILITIES
New Slot Editor
• Extension of current 6 standard slot types to arbitrary-
shape slots
• Arbitrary combination of 8 basic slot elements
• Symmetric or asymmetric slots



Model pre-processor for Electromagnetic analysis
In addition to providing classical motor performance calculations, RMxprt can automatically generate a complete transfer
of the 3-D or 2-D geometry, motion and mechanical set-up,
material properties, core loss, winding and source setup including the drive circuit directly to Maxwell for detailed finite
element analysis calculations. Users avoid the need to import
or create geometry and the duplication of effort in problem
set-up.

New Machine Type
Wound Rotor Induction Machine
• Universal Operating Modes:

• Motors

• Generators (wind-power generators)
• Double-Fed Induction Generators (DFIG):

• Variable frequency excitations

• Maximum power point tracking (MPPT)

KEY BENEFITS
Fast design
RMxprt offers numerous machine-specific, template-based
interfaces for induction, synchronous, and electronically and
brush-commutated machines that allow users to easily enter
design parameters and to evaluate design tradeoffs early in
the design process.
Performance metrics
Critical performance data, such as torque versus speed, power
loss, flux in the air gap, power factor and efficiency can be
quickly calculated.

Wire library
RMxprt includes a comprehensive database of ANSI and IEC
wires.
High-fidelity system models
RMxprt creates high-fidelity, nonlinear equivalent circuits
models accounting for machines’ physical dimensions, winding
characteristics and nonlinear material properties. Engineers
can use the resulting equivalent model to explore electronic
control topologies, loads, and interactions with drive-system
and multi-domain components in Simplorer®.
Convenient design sheet output
Design sheets list all the relevant input parameters and calculated parameters and graphically display waveforms including
current, voltage, torque and back EMF as well as a detailed
winding layout. RMxprt also can output Excel-format design
sheets based on the user-defined template.
Powerful scripting
RMxprt can be integrated with third party development
programs through scripting languages such as VB script, Tcl/
TK, JavaScript®, Perl, Excel and MATLAB®. This allows users to
customize the design flow and leverage internally developed
programs and historical data.

RMxprt’s new slot editor allows users to create custom shaped slots.

DESIGN TEMPLATES

KEY FEATURES

Machine Types
• Induction machines
• Single-phase motors
• Three-phase motors
• Wound-rotor motors and generators
• Synchronous machines
• Line-start PM motors
• Salient-pole motors and generators
• Non-salient pole motors and generators
• Brush commutated machines
• DC motors and generators
• Permanent magnet DC motors
• Universal motors
• Electronically commutated machines
• Brushless DC motors
• Adjustable-speed PM motors and generators
• Switched reluctance motors
• Claw-pole generators

















• Machine-specific template editor
• Rotor
• Stator
• Slots
• Running strategies
• Drive circuits
• Auto-design feature
• Slot size
• Coil turns and wire diameter
• Starting capacitance
• Winding arrangement
• Performance curves
• Torque
• Power
• Efficiency
• Output waveforms
• Current
• Cogging torque
• Flux in the air gap
• Graphical winding editor
• Cross section Editor
• Customizable design sheet
• Cost evaluation
• Integrated parametrics and optimization
• Nonlinear Equivalent circuit model export to Simplorer®
• Automated 2D/3D project set-up for Maxwell®

DESIGN FLOW
RMxprt is the ideal starting point for a comprehensive electric machine design flow. RMxprt with Maxwell and Simplorer provides an efficient and accurate methodology to design and optimize an electric machine and related electric drive and control
system.


RMxprt™

State Space Model
Geometry, winding characteristics
and nonlinear material properties

Simplorer®

s 'EOMETRY
s 3KEW
s -ATERIALS
s 3TACKING
s 7INDING )NFO s %ND %FFECT

Maxwell®

Physics-based parameters

225 West Station Square Drive • Suite 200
Pittsburgh, PA 15219-1119 USA

®

Q3D Extractor, Simplorer, Ansoft Designer, ANSYS Mechanical,
ANSYS DesignXplorer are trademarks of ANSYS, Inc.
All other trademarks are property of their respective owners.
© 2010 ANSYS, Inc.
MKT0000479


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