RT Box card for studying the control communication impacts on microgrid performance and stability.

Area of Science:

• Electrical Engineering
• Control Systems Engineering
• Power Systems

Background:

• Microgrid control systems require robust solutions for real-world challenges like communication delays and packet loss.
• Existing real-time simulation tools may need enhancements for testing complex communication protocols in microgrids.

Purpose of the Study:

• To design and implement an RT Box interface for microgrid control systems.
• To enable robust control system development in physical environments with adverse conditions.
• To facilitate the testing of communication protocols between distributed generation units (DGU).

Main Methods:

• Design of a custom control card interface for the Plecs RT Box.
• Integration of the control card to extend the RT Box's microgrid emulation capabilities.
• Implementation and testing of communication protocols between microcontrollers representing DGUs.

Main Results:

• Successful design of an RT Box interface for microgrid control.
• Demonstration of the interface's ability to implement diverse control and communication systems.
• Validation of communication protocols in realistic microgrid scenarios, including adverse conditions.

Conclusions:

• The developed RT Box interface enhances microgrid control system development and testing.
• The interface provides valuable programming resources and behavioral insights for users.
• This solution supports the creation of resilient microgrid control strategies through real-time simulation and protocol testing.