Robust 3IMPL Control Algorithm for Power Management of SyRG/PV/BES-Based Distributed Islanded Microgrid

Energy Management of Grid Connected Hybrid Solar/Wind/Battery System using Golden Eagle Optimization with Incremental Conductance

“…Satish Kumar et al [11] has been shown an efficient energy management system for a small-scale hybrid source-based micro-grid to test the functionality of the distribution system. Sharma et al [12] demonstrated 3IMPL (Three Phase Improved Magnitude Phase Locked Loop). In contrast, Satish Kumar et al [13] showed an effective EMS for a small-scale hybrid source-based micro-grid to verify the distribution system's functionality.…”

Islanding Fault Detection in Microgrids—A Survey

“…However, numerous problems should be addressed before their widespread usage in the power networks. These problems include frequency stabilization (e.g., model predictive control [1], passivity-based approach [2], and Lyapunov-based approach [3]), voltage stabilization (e.g., PI controller [4], fuzzy logic [5], droop control [6], and consensus-based approach [7]), robustness against uncertainties (e.g., optimization-based approach [8], load shedding-based approach [9], neural networks [10], and three phase improved magnitude phase locked loop [11]), and tolerance toward faults (e.g., reconfiguration-based approach [12], model predictive control [13], optimization-based approach [14], model-based techniques [15], and a consensus-based approach [16]).…”

Robust MMSOGI‐FLL control algorithm for power quality improvement of solar PV‐SyRG pico hydro‐BES based islanded microgrid with dynamic load

“…In this work, the battery energy storage (BES) is used at the DC link to sustain the required power equilibrium and thus reducing voltage/frequency oscillations in the microgrid. Sharma et al [10], Ji et al [11] and Sharma et al [12] have reported literature on the islanded microgrid with a BES considering only non‐linear load. The non‐linear load is static, which demands harmonic currents in the microgrid.…”