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Istvan Farkas

University professor

Hungarian University of Agriculture and Life Sciences

Hungary

Research Interests

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Professors in Hungary Professors in Energy Engineering Energy Engineering professors in Hungary

About

Istvan Farkas is a University Professor at the Hungarian University of Agriculture and Life Sciences. His research areas include solar thermal performance, photovoltaic systems, and nanofluid applications. Notable recent articles explore topics such as IoT-enabled thermal management for PV modules, the influence of baffle configuration on solar air heaters, and performance analysis of earth-air heat exchangers across different climates. He contributes to advancing sustainable energy technologies through experimental and comparative studies.

Articles (26)

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Collaborators (5)

Viktor Erdélyi

Assistant Professor

Magyar Agrár- és Élettudományi Egyetem

HUNGARY

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Erik Möllerström

Associate Professor

Halmstad University

SWEDEN

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István Seres

Professor, head of department

Hungarian University of Agriculture and Life Sciences

HUNGARY

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Janos Buzas

associate professor

Hungarian University of Agriculture and Life Sciences

HUNGARY

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Fredric Ottermo

Halmstad University

SWEDEN

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Istvan Farkas

Research Interests

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About

Articles (26)

System design issues of high renewable energy system, the case of Eritrea

Comprehensive 4E analysis of a semi-transparent photovoltaic system: A case study approach

Experimental evaluation of spectral energy balance in a semi-transparent photovoltaic module under outdoor conditions

IOT-enabled thermal and surface management system for PV modules coupled with a Cylindro-Parabolic Collector

Numerical study on the influence of baffle configuration on the thermal performance of solar air heaters

Comparative modeling and performance analysis of earth-air heat exchangers in hot-arid and cold-continental climates: A case study of Baghdad and Gothenburg

Optimizing double-pass solar air collector efficiency: Impact of a perforated discrete V-angled fins

New Cross-section Model for Full Bore Ball-valves

Performance optimization of photovoltaic modules through hybrid thermal management with SiO2 and MWCNT nanofluids

Characterizing agricultural product drying in solar systems using thin-layer drying models: comprehensive review

Design and implementation of parabolic trough solar concentrator distiller

Design, Fabrication, and Performance Evaluation of Solar Drying Chamber Used for Apple Slices

Enhancing the drying uniformity in solar drying systems: Computational and experimental study

Experimental Comparison of Glazed and Unglazed Hybrid Solar Modules Considering Power Productivity and Cell Temperature

Mathematical modelling of golden apple drying and performance evaluation of solar drying systems using energy and exergy approach

Modeling airflow dynamics in solar drying chambers: a comprehensive review of CFD applications

Numerical analysis of the effects of transparent thermal materials in photovoltaic thermal systems

Optimisation of heat transfer in the absorber tube of a cylindroparabolic trough solar collector

Optimization of dual-cooling technique in perforated solar pv modules: experimental insights towards carbon neutrality and sustainability

Optimizing Solar Drying Chamber Performance: Taguchi Analysis of Uniformity Enhancement Methods

Performance Assessments of Direct Contact Serpentine Tube Based Photovoltaic Thermal Module: An Experimental Comparison

Power quality assessment and compliance of grid-connected PV systems in low voltage networks using microinverters

Energy and exergy assessment of a flat plate solar thermal collector by examine silicon carbide nanofluid: An experimental study for sustainable energy

A comprehensive experimental study on thermal conductivity of ZrO2-SiC /DW hybrid nanofluid for practical applications: Characterization, preparation, stability, and developing a new correlation

Experimental approach on the effect of ZrO2/DW nanofluid on flat plate solar collector thermal and exergy efficiencies

A comparative experimental investigation of dynamic viscosity of ZrO2/DW and SiC/DW nanofluids: Characterization, rheological behavior, and development of new correlation

Collaborators (5)

Viktor Erdélyi

Erik Möllerström

István Seres

Janos Buzas

Fredric Ottermo

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