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Mousa Marzband

Prof. Mousa Marzband

Senior Lecturer in Electrical Engineering

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MOUSA MARZBAND (Senior Member, IEEE). One of his previous projects (funded by the British Council, £186k involves the design of power electronic topologies and smart controllers for energy storage and electric vehicles in the home microgrids). He also received the QNRF-National Priority Research Program (NPRP13S-108-200028), titled ‘‘Impact Assessment of EV Charging Stations and Regulation Policies for Upcoming Active Distribution Network of Qatar Utility Grid’’ (2021–2024), funded to the tune of ≈ U.S. $600k. He is a PI on the ‘‘Optimal Scheduling of Electric Vehicle-Integrated Multi-Energy System with High Renewable Generation’’ funded by EPSRC through DTE Network+. He is also a PI on ‘‘Bi-Directional MIMO DC/DC Converter for V2G/X Infrastructures’’ (in collaboration with Otaski ES), funded by Innovative U.K. (≈£300k).

Research Keywords & Expertise

Demand Response
Smart Grid
scheduling algorithm
Electricity market
Power System Analysis ...

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17%
power system
14%
Demand Response
12%
Electricity market
5%
Smart Grid
5%
optimization algorithm

Short Biography

MOUSA MARZBAND (Senior Member, IEEE). One of his previous projects (funded by the British Council, £186k involves the design of power electronic topologies and smart controllers for energy storage and electric vehicles in the home microgrids). He also received the QNRF-National Priority Research Program (NPRP13S-108-200028), titled ‘‘Impact Assessment of EV Charging Stations and Regulation Policies for Upcoming Active Distribution Network of Qatar Utility Grid’’ (2021–2024), funded to the tune of ≈ U.S. $600k. He is a PI on the ‘‘Optimal Scheduling of Electric Vehicle-Integrated Multi-Energy System with High Renewable Generation’’ funded by EPSRC through DTE Network+. He is also a PI on ‘‘Bi-Directional MIMO DC/DC Converter for V2G/X Infrastructures’’ (in collaboration with Otaski ES), funded by Innovative U.K. (≈£300k).