Analysis and optimization of complex technological systems with energetic applications

Project title: "Analysis and optimization of complex technological systems with energetic applications"

Project identifier: OTKA K-131501

Partners: Pázmány Péter Catholic University, Faculty of Information Technology

Contact person: Dr. Attila Magyar

Innovation for energy and electrical industry at CoreCommSI Ltd and NRG Services Ltd (Greenverter)

Title: "Innovation for energy and electrical industry at CoreCommSI Ltd and NRG Services Ltd (Greenverter)”

Project identifier: 2018-1.1.2-KFI-2018-00193

Partner: CoreCommSI Kft., NRG Services Kft.

Duration: 2019.01.01 - 2021.04.30.

Contact person: Dr. Attila Fodor

Constrained Predictive Control of Three-Phase Buck Rectifiers

Constrained Predictive Control of Three-Phase Buck Rectifiers

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Energy effective innovation of illuminating systems (Wattguard LUX)

Title: „Energy effective innovation of illuminating systems (Wattguard LUX)”

Partners: MNT Systems Ltd., CoreCommSI Ltd., NRG Services Ltd.

Project identifier: 2018-1.1.2-KFI-2018-00193

Contact person: Dr. Attila Fodor

Thermofoam

Épületek korszerű hőtárolása környezetbarát fázisváltó anyagok alkalmazásával építő- és szigetelő elemekben (GINOP-2.2.1-15-2016-00010)

Develop SMARTCity and SmartVillage technologies and services with Sagem Electronic Hungary and universities

Title: “Develop SMARTCity and SmartVillage technologies and services with Sagem Electronic Hungary and universities” project, „MicroGrid energetics” research area

Project identifier: GINOP-2.2.1-15-2017

Partner: SagemCom Ltd, University of Szeged

Duration: 2019.01.01 - 2021.04.30.

Contact person: Dr. Attila Fodor

Development of cloud-based intelligent IT services in cooperation with IBM Magyarország Kft. and the University of Pannonia

Network Infrastructure Development and Maintenance Support Services (SmartGrid) subproject

Project ID: VKSZ12-1-2013-0088

Duration: 01.01.2014 - 30.11.2017

Subproject leader: Dr. Attila Fodor

Measurement based temperature dependency analysis of electrochemical energy storage systems

The use of electrochemical energy storage systems is getting more and more widespread nowadays due to the growing number of electrical vehicles. The project was aimed towards the modelling and state/parameter estimation of thermal battery models.

Project title:

Measurement-based temperature dependency analysis of electrochemical energy storage systems

Project identifier: OTKA-SNN 120422

Contact person: Attila Göllei

Duration: 2016.09.01. - 2019.08.31.

Design and optimization of modernization and efficient operation of energy supply and utilization systems using renewable energy sources and ICTs

Project title: Design and optimization of modernization and efficient operation of energy supply and utilization systems using renewable energy sources and ICTs. (TÁMOP-4.2.2.A-11/1/KONV-2012-0072)

Contact person: Dr. Attia Magyar

Duration: 2012.11.01. - 2015. 02.28.