RENEWABLE ENERGY RESEARCH PROJECTS AT THE UNIVERSITY OF DEBRECEN Dr. Ferenc Kalmár and Dr. Ákos Lakatos Department of Building Services and Building Engineering.

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Presentation transcript:

RENEWABLE ENERGY RESEARCH PROJECTS AT THE UNIVERSITY OF DEBRECEN Dr. Ferenc Kalmár and Dr. Ákos Lakatos Department of Building Services and Building Engineering University of Debrecen Hungary

Debrecen, Hungary

PRIMARY ENERGY USE BY ENERGY SOURCE

END ENERGY USE IN HUNGARY

END ENERGY USE BY FUEL

END ENERGY USE BY SECTOR

PRIMARY ENERGY USED IN POWER PLANTS BY ENERGY SOURCE

NET ELECTRICITY USED

IMPORT-EXPORT RATIO OF ELECTRICITY USED

ENERGY CONTENT OF USED NATURAL GAS

END ENERGY USE (FROM RES) BY SECTOR

ELECTRICITY PRODUCED USING RENEWABLE ENERGY SOURCES

HEAT PRODUCED USING RENEWABLE ENERGY SOURCES

POTENTIAL OF RENEWABLE ENERGY SOURCES

OPTIGEO PROJECT (2008)

OPTIGEO PROJECT (2008)

Geothermal energy data are available: (Hungarian Geological Survey, 2004) - Annual energy supplied by Earth’s heat flow: (dynamic resources): 264 PJ/year - Accumulated energy in rocks and liquid: (static resources): PJ

Geothermal wells

B - bath :, W : water supply, A : agriculture, I : industry, C : communal supply, MP : multi-purposes, R : reinjection well, S : strangulated, O : observation well, MF : malfunctioning

The yearly production of geothermal fluids is around 22 million m 3, 68% of which is represented by thermal water with temperatures of 30–50 °C (utilized for health and recreational bathing and drinking water supplies), the remaining 32% being utilized for greenhouse heating, space heating, sanitary hot water supplies, etc.).

GEOREN PROJECT ( )

GEOREN PROJECT ( )

GEOREN PROJECT ( )

GEOREN PROJECT ( )

EGSL PROJECT ( )

DENZERO PROJECT ( ) Prof. Dr. Dr. hc Guðni Jóhannesson Director General, Orkustofnun

DENZERO PROJECT ( )

DENZERO PROJECT ( )

Shale gas and CO 2 emission Hungary: 250 billion m 3 The critical limit of CO ppm (IEA) 1100 billion tonne CO 2 (IEA) CO 2 : 1700 billion tonne (coal), 600 billion tonne (oil) and 400 billion tonne (natural gas) billion tone CO 2

Acknowledgement The work and publication is supported by the TÁMOP A-11/1/KONV project. The project is co-financed by the European Union and the European Social Fund.

TAKK FYRIR! THANK YOU FOR YOUR ATTENTION!