A software for residential Multi-DER microgrids design

Microgrids represent promising energetic scenario applicable in different contexts, especially in residential ones. In this paper, a software tool is proposed to support residential microgrids designers. The user can detine settings, devices and real operating conditions to achieve the structural configuration of a residential microgrid. Different Distributed Energy Resources are considered to face the demand requirements in presence of Renewables generation. The promising aspect of the proposed tool is based on the maximization of power extracted from each Distributed Energy Resource and on its suitable absorption to satisfy energetic demand. The application of Smart Converters to DER generators permits an online maximum power achievement. In addition, a proper control strategy activates management logics of energy sources and domestic loads to maximize the microgrid self-consumption.