Given the growing demand for sustainable and efficient energy sources, electric micro-
grids (MGs) with direct current (DC) assume a fundamental role in decentralizing energy
generation. Characterized by distributed generation and local storage, they represent an
innovative benchmark in energy management. However, the implementation of DC MGs
brings challenges, especially in controlling and integrating energy resources. Additionally,
electric grids have evolved, becoming increasingly smarter, and have utilized advanced
technologies to optimize energy efficiency and sustainability, where communication re-
sources play a crucial role in this process, facilitating coordination and control of network
elements. However, integrating these resources can also pose challenges that need to be
addressed to ensure the efficient operation of DC MGs. To ensure the proper functio-
ning of loads and minimize losses in a DC MG, it is common to use DC-DC converters.
They play a fundamental role in adapting different energy sources and loads, contribu-
ting to the autonomy and reliability of electrical systems. Faced with these challenges,
a sufficient condition has been proposed for the design of event-based control strategies,
using a co-design approach for Buck and Boost DC-DC converters. The application of
this methodology aims to reduce the number of triggered events, ensuring stability and
performance of the converters.
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