EV Electrical
Alan Frias
EV Electrical Lead
Contact Me
Email: axf190029@utdallas.edu
Projects
Low Voltage
PCB Design, Embedded Systems, PID Control
Control center is shared with the BMS and the Inverter. This Harness controls how many amps are discharge into the motor awhile also having safety critical parts such as the E-stop, interia, APPS, BPDS, Interlocks and etc to stop the motor for safety reason.
Projects
Low Voltage
PCB Design, Embedded Systems, PID Control
Control center is shared with the BMS and the Inverter. This Harness controls how many amps are discharge into the motor awhile also having safety critical parts such as the E-stop, interia, APPS, BPDS, Interlocks and etc to stop the motor for safety reason.
High Voltage
Wiring Harness, Battery Pack Wiring, Power Systems
This Harness uses 50 mm^2 shield cable to send power from the In house made Battery pack to the Inverter and ultimately to the Motor. This system is rated to go up to 200 A while also minimizing the amount of EMC coming out from the cables.
Pictured: HV components with the car, sponsored by TE connectivity.
Accumulator Box
This whole container is essentially the battery box of the whole car. It houses the battery segments, Battery management systems, AIRS, Pre-charge etc… and components within.
New Members
Basic knowledge/classes (e.g. EE1202) is preferred.
If you are interested in joining the EV Team, please reach out to Manuel (mad210014@utdallas.edu) for more information.