The findings revealed less perturbed bus voltage under balanced temperatures with irradiances with a deviation of (%), contrasted to fixed temperature with increasing irradiances scenario (%). To maintains the bus voltage stability, overcomes power mismatches, and mitigating stress on energy storage devices under fixed and varying temperature scenarios, this paper proposes cooperating energy management with dual-loop structure-based high dynamic control, where reference currents of bus voltage regulator compensate energy management setpoints to overcome their decisions' uncertainty. Accordingly, this paper contributes to managing and controlling a decentralized cluster of DC Microgrids subjected to influences of PV outputs on system performances. The photovoltaic power is exposed to several weather conditions issues like partial shading, rapid change, and non-uniformities.
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