PUBLICACIÓN

Global power sharing and virtual inertia control for the interlinking modular universal converter in standalone hybrid ac/dc microgrid

ACCEDER A LA PUBLICACIÓN: Orcid

2026

DOI

10.1016/j.epsr.2026.112764

AUTORES DE LA UEX

Javier Gutiérrez Escalona

OTRAS PUBLICACIONES DE INTERÉS

Three-Level T-Type Quasi-Z Source Pv Grid-Tied Inverter With Active Power Filter Functionality Under Distorted Grid Voltage
Global Power Sharing And Virtual Inertia Control For The Interlinking Modular Universal Converter In Standalone Hybrid Ac/dc Microgrid
Full Sic Three-Level T-Type Quasi-Z Source Inverter As Grid-Forming Unit In Islanded Nanogrid
Global Power Sharing And Virtual Inertia Control For The Interlinking Modular Universal Converter In Standalone Hybrid Ac/dc Microgrid
Full Sic Three-Level T-Type Quasi-Z Source Inverter As Grid-Forming Unit In Islanded Nanogrid
Novel Interlinking Converter Approach For Islanded Hybrid Microgrids Based On The Modular Dual-Purpose Power Converter
Full Sic Three-Level T-Type Quasi-Z Source Inverter As Grid-Forming Unit In Islanded Nanogrid
Novel Interlinking Converter Approach For Islanded Hybrid Microgrids Based On The Modular Dual-Purpose Power Converter
Comparative Evaluation Of The Air Core Magnetic Design For Mhz+ Switching Frequency
Novel Interlinking Converter Approach For Islanded Hybrid Microgrids Based On The Modular Dual-Purpose Power Converter
Comparative Evaluation Of The Air Core Magnetic Design For Mhz+ Switching Frequency
Online Learning-Based Coordination Control Of The Interlinking Converter In Hybrid Ac/dc Microgrid
Comparative Evaluation Of The Air Core Magnetic Design For Mhz+ Switching Frequency
Online Learning-Based Coordination Control Of The Interlinking Converter In Hybrid Ac/dc Microgrid
Tuning And Assessment Of Inner Control Loops In An Islanded Nanogrid With Harmonic And Unbalanced Loads
Online Learning-Based Coordination Control Of The Interlinking Converter In Hybrid Ac/dc Microgrid
Tuning And Assessment Of Inner Control Loops In An Islanded Nanogrid With Harmonic And Unbalanced Loads
High-Frequency Step-Up Dc-Dc Converter With Integrated Ferrite-Less Inductances
Tuning And Assessment Of Inner Control Loops In An Islanded Nanogrid With Harmonic And Unbalanced Loads
High-Frequency Step-Up Dc-Dc Converter With Integrated Ferrite-Less Inductances
Feasibility Study Of Three-Phase Modular Converter For Dual-Purpose Application In Dc And Ac Microgrids
High-Frequency Step-Up Dc-Dc Converter With Integrated Ferrite-Less Inductances
Feasibility Study Of Three-Phase Modular Converter For Dual-Purpose Application In Dc And Ac Microgrids
A Survey On Application Of Artificial Intelligence Techniques In Microgrid Control
Feasibility Study Of Three-Phase Modular Converter For Dual-Purpose Application In Dc And Ac Microgrids
A Survey On Application Of Artificial Intelligence Techniques In Microgrid Control
Model-Free Deep Reinforcement Learning-Based Current Control For The Dual-Purpose Dc-Dc/ac Power Converter
A Survey On Application Of Artificial Intelligence Techniques In Microgrid Control
Model-Free Deep Reinforcement Learning-Based Current Control For The Dual-Purpose Dc-Dc/ac Power Converter
Dead-Beat-Based Model Predictive Current Control For The Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter
Model-Free Deep Reinforcement Learning-Based Current Control For The Dual-Purpose Dc-Dc/ac Power Converter
Dead-Beat-Based Model Predictive Current Control For The Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter
Artificial Intelligence In The Hierarchical Control Of Ac, Dc, And Hybrid Ac/dc Microgrids: A Review
Dead-Beat-Based Model Predictive Current Control For The Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter
Artificial Intelligence In The Hierarchical Control Of Ac, Dc, And Hybrid Ac/dc Microgrids: A Review
Reinforcement Learning-Based Energy Management Strategy For Flexible Hybrid Ac/dc Microgrid
Artificial Intelligence In The Hierarchical Control Of Ac, Dc, And Hybrid Ac/dc Microgrids: A Review
Reinforcement Learning-Based Energy Management Strategy For Flexible Hybrid Ac/dc Microgrid
Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter As Grid-Forming Unit In A Droop-Controlled Ac Nanogrid
Reinforcement Learning-Based Energy Management Strategy For Flexible Hybrid Ac/dc Microgrid
Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter As Grid-Forming Unit In A Droop-Controlled Ac Nanogrid
Pv-Battery Assisted Three-Level T-Type Inverter For Ac Residential Nanogrid Realized With Small-Scale Hil Units
Dual-Purpose Dc-Dc/ac Pwm Modular Power Converter As Grid-Forming Unit In A Droop-Controlled Ac Nanogrid
Pv-Battery Assisted Three-Level T-Type Inverter For Ac Residential Nanogrid Realized With Small-Scale Hil Units
Experimental Evaluation Of A New Carrier-Based Modulation Method For A Three-Level T-Type Quasi-Impedance-Source Inverter
Pv-Battery Assisted Three-Level T-Type Inverter For Ac Residential Nanogrid Realized With Small-Scale Hil Units
Experimental Evaluation Of A New Carrier-Based Modulation Method For A Three-Level T-Type Quasi-Impedance-Source Inverter
3l-T-Type Qzsi As Grid-Forming Unit In Ac Microgrid
Experimental Evaluation Of A New Carrier-Based Modulation Method For A Three-Level T-Type Quasi-Impedance-Source Inverter
3l-T-Type Qzsi As Grid-Forming Unit In Ac Microgrid
Three-Level T-Type Qz Source Inverter As Grid-Following Unit For Distributed Energy Resources
3l-T-Type Qzsi As Grid-Forming Unit In Ac Microgrid
Three-Level T-Type Qz Source Inverter As Grid-Following Unit For Distributed Energy Resources
Three-Level T-Type Quasi-Z Source Pv Grid-Tied Inverter With Active Power Filter Functionality Under Distorted Grid Voltage
Three-Level T-Type Qz Source Inverter As Grid-Following Unit For Distributed Energy Resources
Three-Level T-Type Quasi-Z Source Pv Grid-Tied Inverter With Active Power Filter Functionality Under Distorted Grid Voltage
Global Power Sharing And Virtual Inertia Control For The Interlinking Modular Universal Converter In Standalone Hybrid Ac/dc Microgrid
WEB ACCESIBLE