Simulation results demonstrate that the proposed progressive control design significantly mitigates frequency oscillations, enhances damping, and improves transient performance compared to droop-only operation.
High-Voltage Direct Current (HVDC) transmission simulation based on the CIGRE 12-pulse LCC benchmark: 1000 MW, 500 kV bipolar DC link, equidistant firing pulse generator, VDCOL, and AC/DC harmonic filters.
Microrred DC de 5 V con tres agentes ESP32 cooperativos: control droop + PI de voltaje/corriente, comunicación CAN, MPPT fotovoltaico y dashboard web en Firebase. Proyecto Capstone IEE2913 Diseño Eléctrico, PUC Chile 2026-1 (Grupo 03, Energía).
Grid-forming droop / VSG / dVOC and grid-following SRF-PLL: LCL dynamics, fault ride-through and dq admittance passivity. Current limiter holds 47.95 A under a 0.15 p.u. sag, 116 tests.
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