Шукаєте відповіді та рішення тестів для MOOLS : Remote Lab - Modeling and Control of Moveable Photovoltaic modules? Перегляньте нашу велику колекцію перевірених відповідей для MOOLS : Remote Lab - Modeling and Control of Moveable Photovoltaic modules в numerique.hes-so.ch.
Отримайте миттєвий доступ до точних відповідей та детальних пояснень для питань вашого курсу. Наша платформа, створена спільнотою, допомагає студентам досягати успіху!
Based on the above step responses, and when the system produces a current, the transfer function Ipv / Ub can be considered approximately as:
Based on the gain K1 and the constant time T1 calculated, for different angles :
Use the following control panel with Angle Controlling / Closed-Loop tab.
Choose an Angle Setpoint 60° and a P Controller with the calculated Kp.
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 the same control panel with Angle Controlling / Closed-Loop tab.
Choose an Angle Setpoint 45° and a PI Controller with the calculated Kp and Ki .
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 / Closed-Loop tab with a PD Controller.
What happens if you raise the coefficient Kd of the PD Controller ?
For angle controlling of the moveable solar panel, which solution do you choose ?
Is there an angle error when using a P controller ?
What do you observe with a PI Controller if the system is already an Integrator system ?