Onboard power system for a military vehicle
This demo represents a typical onboard power system for a military vehicle. The main power source is a diesel motor driving an alternator with output rectified to produce a 600 VDC bus voltage, used primarily for vehicle traction. A DC-DC converter converts this voltage to 26 V for hotel loads. In this case, the load consists of a DC motor and an AC inverter with its load.
The diode rectifier uses the ARTEMIS blockset to precompute all modes of the rectifier, thus removing SimPowerSystems mode computation from the real-time loop. The traction motor, DC-motor chopper, and AC inverter use Opal-RT Time-Stamped Bridges. Time-Stamped Bridges use special interpolation techniques to accurately compute the voltage application time for the motors and load.
The model runs in real time at 21 microseconds without I/O on a dual-Xeon-based, 2.4 GHz, RT-LAB simulator.
System Configuration |
|
|---|---|
| Application Package | AD-DRIVE-05 |
| CPU Type | |
| Number of CPUs | 2 |
| Time Step | 30us |
| Minimum Time Step | |
| Time Factor | |
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