This project focuses on the design and optimization of powertrains for the Gemera vehicle using MATLAB Simulink.
It demonstrates vehicle dynamics modeling, battery and motor efficiency analysis, and drive cycle performance simulation.
- MATLAB / Simulink
- Control Systems
- Vehicle Dynamics
- Drive Cycle Data
- Dynamic EV powertrain modeling
- Power and torque curve visualization
- Energy consumption and range analysis
- Integration with real-world drive cycle datasets
- Download the
.zipfile from the repo. - Extract and open the
.slxor.mfile in MATLAB. - Run the simulation in Simulink.
- Adjust parameters for custom drive cycles or components. m=1988; rwh=0.5334; Cd=0.2; Af=2; Rho=1.16; g=9.8; N=200; C0=0.009; C1=1.75*10^-6; T_fd_IC=1100; T_fd_EM=600; load('matlab'); var.time=Sch_Cycle(:,1); var.signals.values=Sch_Cycle(:,2);
Sri Nayan Reddy Sama
π§ samanayan05@gmail.com
π Kalamazoo, MI