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Electronics and FluidicsElectrical and Electronic Equipment

Scalable Power-Component Models for Concept Testing

Authors: Michael S. Mazzola; G. M. Molen; Stephen Phillips; Matthew Young; Charles Billberry; Angela Card; James Gafford; Denise Kramer; Michael Pozolo; ARMY TANK AUTOMOTIVE RESEARCH DEVELOPMENT AND ENGINEERING CENTER WARREN MI
Abstract:
This paper describes next generation modeling tools to solve a basic problem of concept analysis, which is the lack of component models that realistically estimate the performance of technology that has yet to be fully reduced to specific products. Three important classes of electric power components essential to future Army vehicles are addressed: integrated electric machines, battery energy storage, and traction motor drives. Behavior models are delivered in a common software simulation "wrapper" with a limited number of user settings that allow the ratings of the component to be scaled to the performance required by the vehicle concept represented in a larger simulation. This approach captures expert knowledge about components so the systems engineer managing the concept analysis can create reliable simulations quickly.

Limitations: APPROVED FOR PUBLIC RELEASE
Description: Technical rept.
Pages: 9
Report Date: 17 AUG 2011
Contract Number: W56HZV-08-C-0236
Report Number: A021845
Keywords relating to this report:
ARMY EQUIPMENT
COMPUTERIZED SIMULATION
DRIVES
ELECTRIC BATTERIES
ELECTRIC POWER
ENERGY STORAGE
ENGINEERS
INTEGRATED SYSTEMS
MACHINES
MILITARY VEHICLES
MODELS
MOTORS
RELIABILITY
SIMULATION
SYMPOSIA
SYSTEMS ENGINEERING
TRACTION
VEHICLES
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