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Aging Aware Energy Management in Multicarrier Integrated Systems

Project description In order to move towards a more sustainable energy system, the inclusion of renewable power sources in the residential…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/aging-aware-energy-management-in-multicarrier-integrated-systems

Coordinated Power Control on future Sustainable DC Power Grid

Project description Due to the ever-growing environmental impact and depletion of fossil fuels, global and european target goals lead…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/coordinated-power-control-on-future-sustainable-dc-power-grid

Energy Management System for Energy Hubs Using Artificial Intelligence

Project description Heavy-duty/ medium-duty electric vehicles (HD/MDEVs) compared to light-duty EVs have very big batteries to provide for…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/energy-management-system-for-energy-hubs-using-artificial-intelligence

Design, modelling, and control for wireless power transfer: applications in future transportation

Project description Electrification in the transportation sector has been strongly emphasized for the last several decades due environmental…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/design-modelling-and-control-for-wireless-power-transfer-applications-in-future-transportation

Design of Reliable Power Electronics Converter for High Power Electrolysis Systems

Project description The reduction of CO2 can be achieved by the process of electrolysis with the help of renewable energy systems (RES). To…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/design-of-reliable-power-electronics-converter-for-high-power-electrolysis-systems

Hybrid energy storage systems as multi-carrier flexibility providers

Project description PhD Candidate: Joel Alpízar-Castillo: J.J.AlpizarCastillo@tudelft.nl Supervisor: Laura Ramírez-Elizondo:…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/hybrid-energy-storage-systems-as-multi-carrier-flexibility-providers

Optimal Power Flow Control in Wireless Power Transfer for EV Charging

Project description Wireless Power Transfer (WPT) as a hot topic has been studied a lot recently. WPT can be categorized into three types…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/optimal-power-flow-control-in-wireless-power-transfer-for-ev-charging

Cyber security of power electronic-based systems

Project description The growing demand for electricity and the requirements for intelligent control have given origin to the Smart Grid, and…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/cyber-security-of-power-electronic-based-systems

DCE&S Research Areas

Visions and Trends Transport Electrification (cars, ships, and aircrafts) Integration of Renewable Energy and Storage (Trolley, Rail, Tram)…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/dces-research-areas

Inclusion of Battery Storage in EV Charger for Lowering the Impact on the Grid

Project description The primary goal of P2P project is to develop a multiport, flexible and intelligent Electric Vehicle (EV) DC-type…

/en/eemcs/the-faculty/departments/electrical-sustainable-energy/dc-systems-energy-conversion-storage/research/p2p