Registration is open! eGrid 2022- Auckland - in person or virtually
The 7th IEEE Workshop on the Electronic Grid (eGrid 2022) will be held on 29 Nov – 2 Dec, 2022 in Auckland, New Zealand. This workshop is jointly sponsored by IEEE Power Electronics Society (PELS) and IEEE Power & Energy Society (PES). With the increasing applications of power electronics in the power grid, these two independent domains of power engineering are increasingly being integrated more closely from a systems viewpoint, ever than before. eGrid provides an international forum for academics and industry in the field of electronic grid to exchange information on their latest research ideas, progresses, developments, experiences, achievements, state-of-art technical trends, and applications.
The previous eGrid workshops have been held with great success in Hefei China (eT&D 2016), Aalborg Denmark (eT&D 2017), Charleston USA (eGrid 2018), Xiamen China (eGrid 2019), Aachen Germany (eGrid 2020), and USA (eGrid 2021). The conference papers will be indexed by EI and included in IEEE Xplorer.
eGrid 2022- Auckland includes the traditional 3-day themed panels, presentations and posters focusing on:
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- Green Energy Technologies
- The future workforce to support deeper renewable electrification
- Innovations and start-ups to support AC/DC Hybrid Grid end-to-end operation
- Technical challenges for addressing planning
- Operation of and maintaining the Hybrid grid
Social events to interact and engage amongst attendees that includes welcome session, poster session and workshop banquet will also be a key part of eGrid 2022 delegate experience.
Hybrid AC/DC Grid Day is being developed for 2nd of December open to all workshop attendees. More details to emerge in the coming weeks.
Keynote & Featured Presenters
Dr Cristiano Marantes
Chief Executive, Ara Ake, NZ
Alison Andrew
CEO, Transpower, Director of Ports of Tauranga & Genesis Energy
Michael Whaley
Chief Engineer, Powerco, NZ
Charles Hanley
Sandia National Labs, USA
Dr Dushan Boroyevich
Distinguished Professor, Virginia Tech, USA
Dr Thahirah Jalal
Analytics Practice Manager, Transpower, NZ
Chantelle Tomon
System Coordinator, Transpower, NZ
Dr Ben Kroposki
Director Power Systems Engineering Center, National Renewable Energy Lab, USA
Dr Jack Flicker
Principal Member, Sandia National Laboratories, USA
Dr Stuart Macdonald
Power System Dynamic Modelling, Transpower, NZ
Patrick Cheffins
Head of Product, Vector, NZ
Dr Alexander Apostolov
Principal Engineer, OMICRON Electronics, Los Angeles
David Seymour
ACT Leader, NZ
Richard Fioravanti
Director, Transportation Electrification, Quanta Technology
Dr Nikki Newham
Project Director – Grid Service Contracts, Transpower, NZ
Technical Sessions
Time: 8:30 - 10:00 NZST | Technical Session 1 (TS-01) Chair: TBC |
Paper ID | Title & Author |
1907 | Off-grid EV charging stations to reduce the impact of charging demand on the electricity grid |
2258 | Comparison of Low-Voltage AC and DC Distribution Networks for EV Charging |
1664 | Li-Ion Batteries Remaining Useful Life Maximization through Model Predictive Control Based Optimal Charging |
1411 | Risk-Limiting Multi-Station EV Charging Scheduling with Imperfect Prediction |
1702 | Single-Phase Grid-Connected Fault Tolerant Bi-directional Power Flow Converter for Electric Vehicle Charging System |
Time: 8:30 - 10:00 NZST | Technical Session 2 (TS-02) Chair: TBC |
Paper ID | Title & Author |
5624 | Accurate Harmonic Analysis of Distribution Systems |
6411 | Platform for Querying CIM-based Models and Data of the Electrical Distribution Network |
8199 | Load Prediction under Accelerated Urbanization |
5895 | Analysis of Grid-connected Solar PV System Operation based on Energy Router Concept |
8629 | Investigation of Geomagnetically Induced Currents (GICs) Susceptibility of Different Three-Phase Power Transformer Cores |
Time: 10:15 - 12:00 NZST | Technical Session 3 (TS-03) Chair: TBC |
Paper ID | Title & Author |
8104 | Enhanced Grid-tie Converter Control Under Unbalanced Conditions with no PLL |
2820 | Design and Implementation of Non-Isolated Switched-Capacitor SEPIC Converters Using Duality Principle |
7801 | Energy Management for Solar PV Generation with Contactless Power Transfer |
2399 | Multi-terminal HVDC Grid Topology for large Scale Integration of Offshore Wind on the U.S Atlantic Coast |
9613 | Base Failure Rate Calculation for Submodules in Modular Multilevel Converters for MVDC Applications |
Time: 10:15 - 12:00 NZST | Technical Session 4 (TS-01) Chair: TBC |
Paper ID | Title & Author |
7417 | DC Suitability of AC Appliances |
659 | Tripping Sequence Approach to Reduce Fault Current to be Interrupted in LVDC Microgrids |
4718 | Hybrid MV AC/DC network topology options: applying multilayer networks framework |
6466 | Load Frequency Control with Consensus Based Multi-Energy Storage System |
1396 | A Bagging Long Short-term Memory Network for Financial Transmission Rights Forecasting |
Time: 13:00 - 14:30 NZST | Technical Session 5 (TS-01) Chair: TBC |
Paper ID | Title & Author |
8540 | To Compare the Different Peer to Peer Market Models and Their Challenges in Practical Implementation |
3801 | Economic Risk Analysis for the Power System: From a Quality of Service Perspective |
683 | Nepalese Pico Hydropower Generation |
6710 | Solar Power Generation in Riau-Indonesia; Potential and its Challenge Due to Forest Fire |
7094 | Impact of High PV Penetration on Regional Power Grids |