Power Electronics Engineer - EV Charging APF
Budget / SalaryHourly project
TypeFreelance project
LocationRemote
Posted2 hours ago
Project Title:
Active Power Filter for EV Charging Station – MATLAB/Simulink + Hardware Prototype
Project Description:
I am working on my graduation project, which is an Active Power Filter (APF) for EV charging stations, and I am looking for a Power Electronics Engineer to help me with both the simulation and practical hardware implementation.
The project includes:
* 3-phase Active Power Filter design
* MATLAB/Simulink modeling and simulation
* Control strategy and controller design
* Harmonic compensation and THD reduction
* DC-link design
* Power semiconductor switches and gate drivers
* Current/voltage sensing
* Protection circuits
* Filter component selection
* PCB design
* Hardware prototype implementation
* Testing and troubleshooting
* Comparing simulation results with experimental results
I need someone who can work with me through the project stages, starting from the system design and MATLAB/Simulink simulation and continuing to the actual hardware prototype.
I am not looking for someone who will only provide a simulation model. Practical Power Electronics and hardware experience is very important.
Experience with Active Power Filters, 3-phase inverters, grid-connected converters, EV chargers, DSP/microcontrollers, PCB design, and MATLAB/Simulink is highly preferred.
Please send me:
1. Examples of similar projects you have worked on.
2. Your experience with Active Power Filters or grid-connected converters.
3. Whether you can handle both simulation and hardware.
4. Your estimated cost and timeline.
The project will be developed in stages, and I am looking for someone who can work with me throughout the implementation.
Active Power Filter for EV Charging Station – MATLAB/Simulink + Hardware Prototype
Project Description:
I am working on my graduation project, which is an Active Power Filter (APF) for EV charging stations, and I am looking for a Power Electronics Engineer to help me with both the simulation and practical hardware implementation.
The project includes:
* 3-phase Active Power Filter design
* MATLAB/Simulink modeling and simulation
* Control strategy and controller design
* Harmonic compensation and THD reduction
* DC-link design
* Power semiconductor switches and gate drivers
* Current/voltage sensing
* Protection circuits
* Filter component selection
* PCB design
* Hardware prototype implementation
* Testing and troubleshooting
* Comparing simulation results with experimental results
I need someone who can work with me through the project stages, starting from the system design and MATLAB/Simulink simulation and continuing to the actual hardware prototype.
I am not looking for someone who will only provide a simulation model. Practical Power Electronics and hardware experience is very important.
Experience with Active Power Filters, 3-phase inverters, grid-connected converters, EV chargers, DSP/microcontrollers, PCB design, and MATLAB/Simulink is highly preferred.
Please send me:
1. Examples of similar projects you have worked on.
2. Your experience with Active Power Filters or grid-connected converters.
3. Whether you can handle both simulation and hardware.
4. Your estimated cost and timeline.
The project will be developed in stages, and I am looking for someone who can work with me throughout the implementation.
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