MOP-1: Grid-Connected Mode with PV Power Injection and Voltage Control of Battery and Supercapacitor

Abstract: This dataset contains the simulation model of the MOP-1 operating mode of the NR-UPQC system. In this configuration, the nanogrid is connected to the utility grid and integrates a photovoltaic (PV) generation system, a lithium-ion battery, and a supercapacitor (SC). The system performs harmonic and reactive power compensation while actively managing energy storage devices and optimizing PV generation through MPPT (Maximum Power Point Tracking). A hierarchical control strategy enables real-time DC-link voltage regulation and prevents deep discharge or overcharge of the storage units. The dataset includes PSIM models, control diagrams, and simulation results for various dynamic operating conditions.Keywords: Grid-Connected Nanogrid, MOP-1, NR-UPQC, PV Power Injection, MPPT Control, Battery Voltage Regulation, Supercapacitor Control, Hierarchical Control, Synchronous Reference Frame, Harmonic Compensation, DC-Link Voltage Stabilization, PWM Inverter, Power Sharing, Renewable Energy Integration, Energy Storage Management, Smart Grid