Electric Motor Control & Simulation Expert
Budget: $30 – $250 USD
I'm looking for a freelancer to help with a project that involves working with electric motors and simulations. Here's what needs to be done:
Motor Control: Find a way to avoid high current in low-speed motors, especially when adjusting voltage. You’ll need to explain the challenges with this and back it up with research.
Simulation: Use MATLAB/Simulink to create a simulation showing how the motor performs at different speeds (15, 30, 50, 65, 80 Hz). Then, explain the results.
Equipment Selection: Choose the right equipment and methods to get the motor's performance at different speeds (15, 30, 50 Hz), using two types of control (V/f and V/f2). Discuss the results and any issues with the methods.
Torque and Power Curves: Based on the motor data, create charts showing how the motor’s torque and power change with speed.
Analysis of Frequencies: Look at the motor’s torque, voltage, and current at different frequencies (standard and 87 Hz settings) and explain how they behave. Also, discuss the pros and cons of using the 87 Hz method in real-life applications.
Deliverables:
A clear report (2000 words) with explanations and results from the simulations.
Graphs and charts to help explain the data.
References to support the work.
Budget:
The total budget for the project is $50.
Motor Control: Find a way to avoid high current in low-speed motors, especially when adjusting voltage. You’ll need to explain the challenges with this and back it up with research.
Simulation: Use MATLAB/Simulink to create a simulation showing how the motor performs at different speeds (15, 30, 50, 65, 80 Hz). Then, explain the results.
Equipment Selection: Choose the right equipment and methods to get the motor's performance at different speeds (15, 30, 50 Hz), using two types of control (V/f and V/f2). Discuss the results and any issues with the methods.
Torque and Power Curves: Based on the motor data, create charts showing how the motor’s torque and power change with speed.
Analysis of Frequencies: Look at the motor’s torque, voltage, and current at different frequencies (standard and 87 Hz settings) and explain how they behave. Also, discuss the pros and cons of using the 87 Hz method in real-life applications.
Deliverables:
A clear report (2000 words) with explanations and results from the simulations.
Graphs and charts to help explain the data.
References to support the work.
Budget:
The total budget for the project is $50.
Related categories:
Engineering
Electronics
Matlab and Mathematica
Electrical Engineering
Mathematics