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Development of a Battery Aging-Aware Energy Management System for Electric Transportation with High-Accuracy Energy Consumption Estimation, Implementing Vehicle Control and Grid Services

With the developed system, more efficient use of the energy stored in the electric vehicles' batteries and achieving the maximum range is aimed to be achieved. The energy costs and electricity mix-related carbon emissions of charging sessions of electric passenger cars and public transport bus fleets are aimed to be considerable reduced

18 Oct 2023

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Wearable Optoelectronic Devices to Detect Intraocular Pressure

Wearable devices offer opportunities and comfort to those in need of monitoring their vital signals.

18 Oct 2023

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Distributed System Infrastructure in the Next-Generation Mobility Ecosystem

The project titled "Distributed System Infrastructure in the Next-Generation Mobility Ecosystem" has been awarded support within the scope of the TUBITAK Excellence Center Support Program (1004) named as İLATERA: Environmentally Compatible Sustainable Advanced Vehicle Technologies Platform in 2023

18 Oct 2023

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Design and Implementation of a High-Efficiency, High Power Density, High DC Bus Voltage Multi-Level Inverter Fed Electric Vehicle Drive System

This project embarks on a pioneering journey to explore and implement advanced technologies in the realm of electric vehicles (EVs), aiming to enhance their efficiency, performance, and sustainability.

16 Oct 2023

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Energy Management based on Battery Health, Grid Interaction, Vehicle Control, and Multi-Criteria Route Planning

Currently, there is lack of integration between systems for vehicle energy management and route planning.

16 Oct 2023

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Faculty of Electrical and Electronics Engineering - Telephone +90 (212) 285 3338

Faculty of Electrical and Electronics Engineering - Fax +90 (212) 285 3679

Faculty of Electrical and Electronics Engineering - Address ITU Ayazaga Campus, Faculty of Electrical and Electronics Engineering, 34469, Maslak/Istanbul

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