In recent years, a notable shift has been observed in the energy sector, moving away from traditional centralized power plants towards a decentralized energy system, driven by the growing need for better integration of renewable energy sources. As part of this transformative process, energy communities have emerged as a prominent and innovative model for energy management, involving active citizen participation in energy production, consumption, and governance. By investigating the complexities of this evolving field, the thesis aims to comprehensively evaluate and compare various scenarios for the configuration of renewable energy communities. Through an existing Python-based co-simulation environment, an energy simulation is performed to evaluate the interaction and interoperability among distinct components of the energy community.