Some of the projects are from work and some are on my own time.
GuldbergThis website is built using Next.js,Tailwind CSS,
Contentlayer, and is hosted on Vercel.
Made with ❤️ by @andreasgdp
This project used control theory and various tools to balance a pendulum on a motor-controlled cart, simulate performance in Simulink, and verify results in the physical system.
In this project, we have worked to get a pendulum to balance using control theory. The pendulum itself is mounted on a cart. The cart is controlled by a motor which is driven by a motor drive. We have programmed the movement of the motor through MachineExpert, on a Schneider PLC. To configure the drive we have used SoMove, where we have configured the signals between the drive and the PLC. To control the physical system, we have set up equations of motion and created a model based on the physical model in Simulink. Here we have been able to design controllers to comply with our performance requirements and simulated them in Simulink. Once the model and controller has produced satisfying results, we transferred the controller to our physical system. To verify the effect in the physical system, while driving the pendulum, we logged the angle of the pendulum through a CFC program on the PLC, which we were able to plot to get illustrations of the controllers' performance.
GuldbergThis website is built using Next.js,Tailwind CSS,
Contentlayer, and is hosted on Vercel.
Made with ❤️ by @andreasgdp