Associate ProfessorAlan Wood

Estimation of Fault Location on 11kV Distribution Feeders

Principles of Electrical Systems

Load Flow Analysis and Voltage Stability Issues with 90% or More Renewable Energy in the New Zealand Grid

High Fidelity Voltage Dependent Load Flow in Distributed Networks

Impacts of Emerging Technologies on Consumer Load Profiles & Power Flows

Advancing Distribution Grid Resilience by Optimising Sensor Topology

An Energy Efficient Architecture and Communication Technique of Home Area Network in Smart Grid Communication

Determining the Distribution of Power Dissipation and Conductivity During Joule Heating of Pinus radiata Logs

Studying the transition from fossil fuel to renewable generation in hydro dominant electricity systems

Towards greater energy efficiency: Development of a PhotoVoltaic based Domestic water heater

Towards the smart grid: Development of a demand response system for domestic water heaters controller

Codebook design for the smart grid

Advanced Grid-Tied Photovoltaic Micro- Inverter

Managing variable renewable resources in the NZ electricty system

Advanced Periodic Control of Grid Converters for Power Quality Improvement

FIR-capable energy storage for enhanced stability management

Quantifying the benefits from the spatial diversification of wind power in New Zealand

Simulating the Impact of Distributed PV Systems in Distribution Networks

Harmonic State Space modelling of Voltage Source Converters

Optimisation for Electric Power Transmission planning.

Electrostatic control of the elctrospinning process

Harmonic State Space Modelling of a HVdc converter with closed loop control

Vibration-based Energy harvesting for wireless sensors used in Machine Condition Monitoring

Electrospinning - analysis and control of the process.