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Tek Tjing Lie

Professor and Head of School

University of Auckland

New Zealand

Research Interests

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Professors in New Zealand Professors in Energy Engineering Energy Engineering professors in New Zealand

About

Professor Tek Tjing Lie is the Head of School at Auckland University of Technology, New Zealand. His research interests encompass energy management systems, electric vehicle technologies, and power system reliability. Notable recent publications include works focused on adaptive control strategies in microgrids, electric bus energy management, and advancements in circuit breaker designs. His contributions aim to address contemporary challenges in sustainable energy solutions and power system efficiency.

Articles (36)

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Collaborators (19)

Ramon Zamora

Lecturer

University of Auckland

NEW ZEALAND

Tek Tjing Lie

Research Interests

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About

Articles (36)

Probabilistic Modeling of Available Transfer Capability with Dynamic Transmission Reliability Margin for Renewable Energy Export and Integration

Wireless power transfer systems with supercapacitor energy management: A comprehensive review

H∞ Bipartite Synchronization Composite Antidisturbance Control of Hidden Markov Jump Reaction--Diffusion Neural Networks

Advancing Research and Innovation in New Energy Technologies

Process-constrained H2-to-NH3 transition boundary for rural microgrids

Long-horizon resilience of power systems under climate change

A Comprehensive Review of Event-Triggered Consensus Schemes in DC Microgrids

Benchmarking nonlinear controllers for a Quad Active Bridge resonant converter supplying pulsed power loads in DC microgrids

Data-Driven Parameter Identification of Synchronous Generators: A Three-Stage Framework with State Consistency and Grid Decoupling

From sparse data to accurate flux: A hybrid modeling strategy for metering greenhouse gas emissions from dispersed industrial sources

Dynamic TRM Estimation with Load–Wind Uncertainty Using Rolling Window Statistical Analysis for Improved ATC

Hierarchical switch fault diagnosis based on transformer algorithm in four-leg inverters of stand-alone wind energy conversion systems

Synchrophasor-Based Parameter Identification of Sub/Super-Synchronous Oscillations Using Adaptive Empirical Fourier Decomposition

Multichannel Enhanced Synchroreassignment Transform for Robust Identification of Sub/Supersynchronous Oscillations Using Synchronized Measurements

Assessment of Transmission Reliability Margin

Adaptive mixed time-state dependent distributed event-triggered consensus protocol of a DC microgrids cluster

Adaptive cruise control and energy management for fuel cell electric bus based on multi-agent reinforcement learning

Development of Energy Management Systems for Electric Vehicle Charging Stations Associated with Batteries: Application to a Real Case

Enhanced LV solid-state DC circuit breaker design with divided surge absorption technique

Low-Voltage Solid State DCCB Design Based on Bypassed Bidirectional Thyristor-Capacitor Suppressor

A Novel Intelligent Fractional Order Cascade Control to Enhance Wind Energy Conversion in Wind Farms: A Practical Case Study

Bidirectional Solid State Circuit Breaker with Passive Surge Absorber for LV Applications

Synchronized Data-Based Identification of Electromechanical Oscillation Modes Using Improved FastICA Considering Measurement Noise

Optimal Energy Storage Management in Grid-Connected PV-Battery Systems Based on GWO-PSO

Engineered Confidence: Aligning Practice and Ambition in the Clean Energy Transition

A Comprehensive Review of Hybrid State Estimation in Power Systems: Challenges, Opportunities and Prospects

DC Circuit Breaker Evolution, Design, and Analysis

Comprehensive Review of Dust Properties and Their Influence on Photovoltaic Systems: Electrical, Optical, Thermal Models and Experimentation Techniques

Hybrid Vehicle CO2 Emissions Reduction Strategy Based on Model Predictive Control

Security constrained optimal placement of renewable energy sources distributed generation for modern grid operations

Energy Business Initiatives for Grid-Connected Solar Photovoltaic Systems: An Overview

Applications of Digital Twins in Power Systems: A Perspective

Optimal Coordinated Control of DC Microgrid Based on Hybrid PSO–GWO Algorithm

Design and output power evaluation for a novel hybrid wave-wind energy converter

A Novel Generalised Model for Residential Energy Management System

Current Context and Research Trends in Linear DC–DC Converters

Collaborators (19)

Ramon Zamora

Dr Samaneh (Sam) Madanian

Dr. Sadeeshvara Silva Thotabaddadurage

Lieven Vandevelde

Zhao Xu

Kosala Gunawardane

Sarah Marshall

Zaid Al-Tameemi

Md Apel Mahmud

Arman Fathollahi

M A Parvez Mahmud

Jianxiao Wang

Tharuka Govinda Waduge

Timothy Anderson

Frede Blaabjerg

Jeff Kilby

Nisitha Padmawansa

Chenjia Gu

Guillaume Crevecoeur

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