José Manuel Guerrero

Professor

Mondragon Unibertsitatea Escuela Politécnica Superior

Spain

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José Manuel Guerrero is a Professor at Mondragon Unibertsitatea Escuela Politécnica Superior in Spain. His research areas include fault protection and diagnosis methods in electrical systems, particularly involving synchronous machines and converters. He has authored recent articles discussing techniques for ground fault location, soft-start methods, and the application of recurrent neuronal networks in temperature prediction during machine operation.

José Manuel Guerrero

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Articles (23)

Adaptive Stator Ground Fault Protection for Variable Speed Operation of Synchronous Machines

Ground Fault Diagnosis Method for Partial Power Converter-Based Electric Systems

Recurrent Neuronal Networks for the Prediction of the Temperature of a Synchronous Machine During Its Operation

A Ground Fault Location and Severity Estimation Method for Modular Multilevel Converters

Ground Fault Location Method for Catenaries of DC Railway Systems

A Simple Single-Ended Post-Fault Location Technique for DC Lines Based on Controlled Re-Energizations

Influence of Temperature on Brushless Synchronous Machine Field Winding Interturn Fault Severity Estimation

Effect of Primary Cable Position on Accuracy in Non-Toroidal-Shaped Pass-Through Current Transformer

Improved Soft-Starting Method for Doubly Fed Induction Machines Based on Standstill Rotor-Side Synchronization

A Soft Start Method for Doubly Fed Induction Machines Based on Synchronization with the Power System at Standstill Conditions

Improved Instantaneous Current Value-Based Protection Methods for Faulty Synchronizations of Synchronous Generators

Automatic Classification of Rotating Rectifier Faults in Brushless Synchronous Machines

Condition Monitoring of Rotating Diodes in Synchronous Machines Through the Exciter Stray Flux Analysis

Faulty Branch Identification Method for DC Generation and Storage Systems With Multiple Series-Parallel Cells

Application of a Model-Based Method to the Online Detection of Rotating Rectifier Faults in Brushless Synchronous Machines

Application of a Model-Based Method to the Online Detection of Rotating Rectifier Faults in Brushless Synchronous Machines

Double Line-to-Ground Faults Detection Method in DC-AC Converters

Contactless Rotor Ground Fault Detection Method for Brushless Synchronous Machines Based on an AC/DC Rotating Current Sensor

Model-Based Field Winding Interturn Fault Detection Method for Brushless Synchronous Machines

Model-Based Field Winding Interturn Fault Detection Method for Brushless Synchronous Machines

Improvement in Inter-Turn Faults Detection in Poles of Synchronous Machines by FRA Grounding Connection

New Selective Directional Ground Fault Protection Method for Ungrounded Systems

Synchronous Salient Poles Fault Localization by SFRA and Fault Diagram Method

Collaborators (6)

JOSE ALFONSO ANTONINO-DAVIU

Carlos Antonio Platero Gaona

JOSE ANGEL SANCHEZ FERNANDEZ

Konstantinos N. Gyftakis

Sang Bin Lee

FERNANDO ALVAREZ GOMEZ

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