Collaborative Resilience to Extreme Weather in Decentralized Co-operation of Electricity and Natural Gas Distribution Systems | 2022 Publication type A1 Journal article (refereed), original research Author(s) Nikoobakht Ahmad, Aghaei Jamshid, Afrasiabi Mousa, Vahidinasab Vahid Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Toward Robust Decentralized Linear AC Operation of Cooperative Transmission and Distribution Networks | 2022 Publication type A1 Journal article (refereed), original research Author(s) Nikoobakht Ahmad, Zeraati Sasan, Honkapuro Samuli, Afrasiabi Mousa, Aghaei Jamshid Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Resilience promotion of active distribution grids under high penetration of renewables using flexible controllers | 2022 Publication type A1 Journal article (refereed), original research Author(s) Nikoobakht Ahmad, Aghaei Jamshid Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Synergies Between Transportation Systems, Energy Hub and the Grid in Smart Cities | 2022 Publication type A1 Journal article (refereed), original research Author(s) Sheikh M., Aghaei Jamshid, Chabok Hossein, Roustaei Mahmoud, Niknam Taher, Kavousi-Fard Abdollah, Shafie-khah Miadreza, Catalão J.P.S. Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Exploring potential storage-based flexibility gains of electric vehicles in smart distribution grids | 2022 Publication type A1 Journal article (refereed), original research Author(s) Pirouzi Afshin, Aghaei Jamshid, Pirouzi Sasan, Vahidinasab Vahid, Rezaee Jordehi Ahmad Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Day-ahead flexibility market clearing mechanism for interactive collaboration of transmission and distribution system operators | 2022 Publication type A1 Journal article (refereed), original research Author(s) Talaeizadeh Vali, Aghaei Jamshid, Shayanfar Heidarali Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Kraft lignin-derived carbon sheets produced by molten salt-assisted thermal treatment – Graphitization behavior of the sheet structures | 2022 Publication type A1 Journal article (refereed), original research Author(s) Meščeriakovė Sara-Maaria, Sermyagina Ekaterina, Mäkilä Ermei, Meščeriakovas Arūnas, Karhunen Tommi, Nissinen Ville, Suvanto Sari, Lähde Anna Energy - Transition to carbon-neutral world Energy Engineering and Power Technology Chemical Engineering LUT School of Energy Systems
Optimization of rooftop photovoltaic installations to maximize revenue in Finland based on customer class load profiles and simulated generation | 2022 Publication type A1 Journal article (refereed), original research Author(s) Meriläinen Altti, Puranen Pietari, Kosonen Antti, Ahola Jero Energy - Transition to carbon-neutral world Energy Engineering and Power Technology Renewable Energy, Sustainability and the Environment Energy Engineering Energy (miscellaneous) LUT School of Energy Systems
An Effective Non-Square Matrix Converter Based Approach for Active Power Control of Multiple DGs in Microgrids: Experimental Implementation | 2022 Publication type A1 Journal article (refereed), original research Author(s) Sadooghi Ramin, Niknam Taher, Sheikh Morteza, Askarpour Mohammad, Roustaei Mahmoud, Chabok Alireza, Aghaei Jamshid Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
Expansion Planning of Automated Sub-transmission and Distribution Networks integrated by Distributed Generations | 2022 Publication type A1 Journal article (refereed), original research Author(s) Zohour-Attar Mohammad, Aghaei Jamshid, Niknam Taher, Nikoobakht Ahmad Energy - Transition to carbon-neutral world Energy Engineering and Power Technology LUT School of Energy Systems
