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MOOLS : Remote Lab - Modeling and Control of Moveable Photovoltaic modules
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Use the following control panel with Angle Controlling / Open-Loop tab to measure the step response of the solar panel.
First, put the Solar panel to horizontal position by inserting a negative duty cycle and then insert the following input signal :
Input = Duty cycle of 25%
Output = Angle [°]
The curve can be inserted in the space below :
- either by saving the Print Screen of the control panel, in image format
- either by downloading the measurement file and saving the plot generated with Matlab, in image format
Use again the control panel with Angle Controlling / Open-Loop tab to measure the step response of the solar panel.
First, put the Solar panel to vertical position by inserting a positive duty cycle and then insert the following input signal :
Input = Duty cycle of -50 %
Output = Angle [°]
The curve can be inserted in the space below :
- either by saving the Print Screen of the control panel, in image format
- either by downloading the measurement file and saving the plot generated with Matlab, in image format
Use again the control panel with Angle Controlling / Open-Loop tab to measure the step response of the solar panel for another operating point.
First put the Solar panel to horizontal position by inserting a negative duty cycle and then insert the following input signal :
Input = Duty cycle of 50%
Output = Angle [°]
The curve can be inserted in the space below :
- either by saving the Print Screen of the control panel, in image format
- either by downloading the measurement file and saving the plot generated with Matlab, in image format
By changing the duty cycle, how does the Integrator gain K change ?