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Miguel Ignacio Parada Contzen

Profesor Jornada completa

Universidad del Bío-Bío

Concepción, Chile

- Control automático - Control distribuido de sistemas multiagentes y consenso - Control distribuido de sistemas eléctricos de distribución y microrredes - Estabilidad de sistemas según Lyapunov

Ciencias de la Ingeniería, TECHNISCHE UNIVERSITAT BERLIN. Alemania, 2017
INGENIERO CIVIL ELECTRONICO, UNIVERSIDAD DE CONCEPCION. Chile, 2009
MAGÍSTER EN ADMINISTRACIÓN DE EMPRESAS (MBA), UNIVERSIDAD DE CONCEPCION. Chile, 2012

PROFESOR CONFERENCIANTE Full Time

UNIVERSIDAD DE TALCA

INGENIERÍA

CURICÓ, Chile

2018 - 2019
Profesor Jornada completa Full Time

UNIVERSIDAD DEL BIO-BIO

Facultad de Ingeniería

Concepción, Chile

2019 - A la fecha

Ingeniero de proyectos Full Time

Parés y Álvarez Ingenieros Asociados

Concepción, Chile

2010 - 2012
Ingeniero de Proyectos Full Time

Optiflamma SA

Concepción, Chile

2010 - 2010
STUDENTISCHE HILFTSKRAFT Part Time

REINER LEMOINE INSTITUT

Berlin, Alemania

2017 - 2017
Profesor Conferenciante Full Time

Universidad de Talca

Curicó, Chile

2018 - 2019
Profesor Jornada Completa Full Time

Universidad del Bío-Bío

Concepción, Chile

2019 - A la fecha


A distributed double-layer control algorithm for medium voltage regulation and state of charge consensus of autonomous battery energy storage systems in distribution networks Article ISI JOURNAL OF ENERGY STORAGE (2024)
Medium voltage level power control using distributed photo-voltaic generation and hydrogen storage Article ISI INTERNATIONAL JOURNAL OF ELECTRICAL POWER & ENERGY SYSTEMS (2024)
Power sharing in actuated DC grids in mesh topology Article ISI SUSTAINABLE ENERGY GRIDS & NETWORKS (2021)
An application of RLS to the online parameter identification of three-phase AC mesh grids Article ISI IFAC PAPERSONLINE (2020)
Consensus based synchronization of clocks to diminish the effect of clock drifts in microgrids Article ISI IFAC PAPERSONLINE (2020)
Simultaneous Active and Reactive Power Sharing with Frequency Restoration and Voltage Regulation for Single Phase Microgrids Article ISI IFAC PAPERSONLINE (2020)
Analysis of consensus in hardware interconnected networks: An application to inverter-based AC microgrids Article ISI SCOPUS EUROPEAN JOURNAL OF CONTROL (2019)
Stability of switched linear systems with possible Zeno behavior: a polytopic approach Article ISI EUROPEAN JOURNAL OF CONTROL (2018)
Consensus in networks with arbitrary time invariant linear agents Article ISI EUROPEAN JOURNAL OF CONTROL (2017)
Robust PI and PID design for first- and second-order processes with zeros, time-delay and structured uncertainties Borges, R. A.; Peres, P. L. D. Article ISI SCOPUS INTERNATIONAL JOURNAL OF SYSTEMS SCIENCE (2017)
Robust PI design with Pole Allocation for MIMO Systems using LMI IEEE Article ISI 2017 25TH MEDITERRANEAN CONFERENCE ON CONTROL AND AUTOMATION (MED) (2017)
Reactive Power Consensus in Microgrids IEEE Article ISI 2016 EUROPEAN CONTROL CONFERENCE (ECC) (2016)
Active Power Consensus in Microgrids IEEE Article ISI 2015 International Symposium on Smart Electric Distribution Systems and Technologies (EDST) (2015)
Analysis and design of output consensus algorithms for agents with linear dynamics IEEE Article ISI 2015 EUROPEAN CONTROL CONFERENCE (ECC) (2015)
A polytopic approach to switched linear systems Contzen, Miguel Parada; Raisch, Joerg; IEEE Article ISI 2016 IEEE CONFERENCE ON CONTROL APPLICATIONS (CCA) (2014)


An enhanced hierarchical structure for microgrids from a Control Theory perspective Contzen M.P. ConferencePaper SCOPUS 4th IEEE Colombian Conference on Automatic Control: Automatic Control as Key Support of Industrial Productivity, CCAC 2019 - Proceedings (2019)
Robust PID design for second-order processes with time-delay and structured uncertainties. Borges R.A.; Peres P.L.D. ConferencePaper SCOPUS IFAC Proceedings Volumes (2011)


Calza Inteligente para el adulto mayor FONDEF (ID17AM0023) Proyecto 2018-2019 Postdoctorado

Daniel Sbarbaro

Professor

Electrical Engineering

Universidad de Concepcion

Concepcion, Chile

Miguel Parada

Profesor Jornada completa

Facultad de Ingeniería

Universidad del Bío-Bío

Concepción, Chile

Miguel Ignacio Parada Contzen

Líneas de Investigación

Educación

Ciencias de la Ingeniería, TECHNISCHE UNIVERSITAT BERLIN. Alemania, 2017

INGENIERO CIVIL ELECTRONICO, UNIVERSIDAD DE CONCEPCION. Chile, 2009

MAGÍSTER EN ADMINISTRACIÓN DE EMPRESAS (MBA), UNIVERSIDAD DE CONCEPCION. Chile, 2012

Experiencia Académica

PROFESOR CONFERENCIANTE Full Time

Profesor Jornada completa Full Time

Experiencia Profesional

Ingeniero de proyectos Full Time

Ingeniero de Proyectos Full Time

STUDENTISCHE HILFTSKRAFT Part Time

Profesor Conferenciante Full Time

Profesor Jornada Completa Full Time

Article (15)

A distributed double-layer control algorithm for medium voltage regulation and state of charge consensus of autonomous battery energy storage systems in distribution networks

Medium voltage level power control using distributed photo-voltaic generation and hydrogen storage

Power sharing in actuated DC grids in mesh topology

An application of RLS to the online parameter identification of three-phase AC mesh grids

Consensus based synchronization of clocks to diminish the effect of clock drifts in microgrids

Simultaneous Active and Reactive Power Sharing with Frequency Restoration and Voltage Regulation for Single Phase Microgrids

Analysis of consensus in hardware interconnected networks: An application to inverter-based AC microgrids

Stability of switched linear systems with possible Zeno behavior: a polytopic approach

Consensus in networks with arbitrary time invariant linear agents

Robust PI and PID design for first- and second-order processes with zeros, time-delay and structured uncertainties

Robust PI design with Pole Allocation for MIMO Systems using LMI

Reactive Power Consensus in Microgrids

Active Power Consensus in Microgrids

Analysis and design of output consensus algorithms for agents with linear dynamics

A polytopic approach to switched linear systems

ConferencePaper (2)

An enhanced hierarchical structure for microgrids from a Control Theory perspective

Robust PID design for second-order processes with time-delay and structured uncertainties.

Proyecto (1)

Calza Inteligente para el adulto mayor

Daniel Sbarbaro

Miguel Parada