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Professor Nima Amjady

Director, Centre for New Energy Transition Research (CfNTER)

Campus

Mt Helen Campus

Biography

Professor Nima Amjady joined Federation University Australia in July 2022, where he is currently working as Professor, Renewable Energy Technologies, and Director of Centre for New Energy Transition Research. He is also a member of Research Committee and Research Executive Committee of Federation University Australia.

He has successfully applied for many grant fundings. Currently he has about $5.0M secured funding. He has published 240 articles in peer-reviewed ISI-cited journals. Also, he has 55 conference presentations and chairmanships. His publications have attracted 17246 citations with an H-index of 71 on Google Scholar and 12515 citations with an H-index of 59 on Scopus. In addition, he has 16 patents registered in Iran’s patent office and one US patent.

He is an IEEE Fellow. He has been selected as 1% top scientists of the world by Essential Science Indicators (ESI) ten times in 2015-2024. He is also listed in Stanford University’s Top 2% Scientists in the World eight times in 2017-2024. In addition, he is senior editor of IEEE Transactions on Sustainable Energy, PES liaison editor for IEEE Press, and Editor of IEEE Power Engineering Letters. Also, he served as Editor of IEEE Transactions on Power Systems from 2015 to 2021 and Editor of IEEE Transactions on Sustainable Energy from 2020 to 2024. He received the Outstanding Associate Editor award of the IEEE Transactions on Power Systems in 2021, Outstanding Associate Editor award of the IEEE Transactions on Sustainable Energy in 2021, and Best Paper award of the IEEE Transactions on Power Systems in 2018.

His research interests include forecasting, operating, and planning of renewable energy-integrated power systems, storage systems, artificial intelligence applications in power systems, and microgrid operation and planning.

  • Publications

Prescriptive Decision-Making in Nested Bi-Level MO-IGDT Model for Integrating Parking Lots into Local Multi-Carrier Energy System

Uncertainty quantification in energy and thermal management of immersion-cooled battery safety systems in electric vehicles using polynomial chaos expansion

Power System Transition Planning: A Planner-Oriented Optimization Model

Providing ancillary services by aggregated distributed energy resources of active distribution systems for the upstream grid: A critical review

A deep triplet variational auto-encoder framework for price spike prediction

Network Representative Model for MV Distribution Grid by a Combination of Network Reduction and Time Aggregation

Fire-Safe Lithium-Ion Batteries with Forced Immersion Cooling for Electric Vehicles and Next-Generation Energy Systems

Aggregation of Distributed Energy Resources and Energy Storage Systems in Active Distribution Networks: A Critical Review

Short-Term Probabilistic Solar Power Forecasting Using a Deep Stochastic Framework