[4] T. Nemecek, T. Kägi, and S. Blaser, “Life Cycle Inventories ofAgricultural Production Systems,” Ecoinvent report version 2.0.Vol. 15. Swiss Centre for LCI, Duebendorf and Zurich, 2007.[5] R. Nikolić, M. Brkić, I. Klinar, and T. Furman, “Needs for liquidfuels,” in Biodiesel – alternative and ecology liquid fuel, T.Furman, Eds. Faculty of Agriculture, Novi Sad, 2007, pp. 11 - 40.[6] N. Jungbluth, “Erdöl. Sachbilanzen von Energiesystemen,”Ecoinvent report version 2.0. Vol. 6. <strong>Final</strong> report No. 6 ecoinventdata v2.0. Swiss Centre for LCI, Duebendorf and Zurich, 2007.[7] T. Nemecek et al. “Life Cycle Inventories of AgriculturalProduction Systems,” <strong>Final</strong> report ecoinvent 2000 No. 15. FALReckenholz, FAT Tänikon, Swiss Centre for LCI, Dübendorf,2003.[8] T. Dalgaard, N. Halberg, and J. Porter, “A model for fossil energyuse in Danish agriculture used to compare organic andconventional farming. Agriculture,” Ecosyst. Environ. Vol. 87,2001, pp. 51–65.[9] M. Spielmann, R. Dones, and C Bauer, “Life Cycle Inventories ofTransport Services,” <strong>Final</strong> report ecoinvent Data v2.0. Vol. 14.Swiss Centre for LCI, PSI, Dübendorf and Villigen, 2007.[10] I. Pavkov, pers. comm. [21/11/2010]. Faculty of Agriculture, NoviSad[11] J. Schmidt, “Life assessment of rapeseed oil and palm oil, Part 3:Life cycle inventory of rapeseed oil and palm oil,” PhD thesis,Department of Development and Planning, Aalborg University,2007.[12] F. Kiss, M. Jovanović, and G. Bošković, “Economic andecological aspects of biodiesel production over homogeneous andheterogeneous catalysts,” Fuel Process. Technol. Vol. 91, 2010,pp. 1316–1320.[13] R. Frischknecht et al. “Strommix und Stromnetz. Sachbilanzenvon Energiesystemen,” <strong>Final</strong> report ecoinvent data v2.0, Vol. 6.Swiss Centre for LCI, PSI, Dübendorf and Villigen, 2007.[14] N. Jungbluth et al. “Life Cycle Inventories of Bioenergy,” <strong>Final</strong>report ecoinvent data v2.0, Vol. 17, Swiss Centre for LCI, ESU.Duebendorf and Uster, 2007.[15] H.J. Althaus et al. “Life Cycle Inventories of Chemicals,” <strong>Final</strong>report ecoinvent data v2.0, Vol. 8, Swiss Centre for LCI, Empa -TSL. Dübendorf, 2007.[16] D. Kellenberger, H.J. Althaus, N. Jungbluth, and T. Künniger,“Life Cycle Inventories of Building Products,” <strong>Final</strong> reportecoinvent data v2.0, Vol. 7. Swiss Centre for LCI, Empa - TSL.Dübendorf, 2007.[17] M. Faist Emmenegger, T. Heck, and N. Jungbluth, “Erdgas.Sachbilanzen von Energiesystemen,” <strong>Final</strong> report No. 6 ecoinventdata v2.0, Vol. 6. Swiss Centre for LCI, PSI. Dübendorf andVilligen, 2007.[18] J. Sutter, “Life Cycle Inventories of Highly Pure Chemicals,”<strong>Final</strong> report ecoinvent Data v2.0, Vol. 19, Swiss Centre for LCI,ETHZ. Duebendorf and St. Gallen, 2007.[19] C. Peterson, and T. Hustrulid, “Carbon cycle for rapeseed oilbiodiesel fuels,” Biomass Bioenerg. Vol. 14, No. 2, 1998. pp. 91-101.[20] P. Preiss, R. Friedrich, and V. Klotz, “Report on the procedure anddata to generate averaged/aggregated data,” NEEDS Project:deliverable No. 1.1 - RS 3a IER, University of Stuttgart, 2008.[21] European Commission, “ExternE - Externalities of Energy –Methodology 2005 Update,” Office for Official Publications of theEuropean Communities, Luxembourg, 2005.[22] P. Watkiss, T. Downing, C. Handley, and R. Butterfield, “TheImpacts and Costs of Climate Change,” <strong>Final</strong> Report to DGEnvironment. September, 2005.[23] IPCC 2011, “Climate Change 2001: The Scientific Basis.Contribution of Working Group I to the Third Assessment Reportof the Intergovernmental Panel on Climate Change,” CambridgeUniversity Press, Cambridge, United Kingdom and New York,NY, USA, 2001.76
Heat Pump News in HungaryBéla ÁdámHungarian Heat Pump Association, chairmanEmail: adam@hgd.huI. INTRODUCTIONIn Hungary, the heat pump market was not able to exceedthe amount of 1.000pc/year sold in the past three years.Heat pump (pieces)1000900800700600500400300Hungarian "estimated" heat pump selling statistics(2000-2010)1000 1000 1000350500II. INTERNATIONAL AND HUNGARIANINFLUENTIAL FACTORSIf you consider that around the world 69.7% of the use ofgeothermal energy is utilized by heat pump technology,compared to here in Hungary where we use less than 1% ofgeothermal energy by heat pump. As we can see in figure 3,3pc heat pumps are sold per 10,000 household in the 2010EHPA statistics.2001501001002050102502000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010Year1. Figure: Hungarian estimated heat pump selling statisticsThe total number of installed heat pumps is 5.000pc, and therated output is: 0.25 Peta Joule.Transport;6,28PJ; 11%Biogas; 0,32PJ;1%Biomass;40,74PJ; 74%Transport;22,4PJ; 18%Biogas; 4,63PJ;4%Biomass;60,97PJ; 50%Water energy;0,85 PJ; 1%2010 summary: 55,25 PJGeothermal energy + heat pump:8% - 4,48PJWater energy;0,70PJ; 1%Wind energy;2,49PJ; 5%Geothermalenergy; 4,23PJ;8%Heat pump;0,25PJ; 0%Solar energy;0,25PJ; 0%Water energyGeothermal energyHeat pumpSolar energyWind energyBiomassBiogasTransport2020 summary: 120,57 PJGeothermal energy + heat pump:19% - 22,42PJGeothermalenergy; 16,43PJ;14%Heat pump;5,99PJ; 5%Solar energy;3,73 PJ; 3%Wind energy;5,56PJ; 5%Water energyGeothermal energyHeat pumpSolar energyWind energyBiomassBiogasTransport2. Figure: Current situation and the targets in the National Action Plan3. Figure: Sales of Heat Pumps per 10.000 households 2010 (EHPA)If the market situation is compared to the leading EUcountries, our fulfilment is 1%. We can ask: what is thereason? The answer is a negatively combination of impactfactors:• The lobby of the fossil energy sector is quite strong,since 90% of Hungary is supplied by natural gas.• Natural gas prices have been aided by the statedepending on the degree of consumption.• Electricity production efficiency is low (36%), thepower loss is 10%, so compared to primary energy, theheat pump technology can not provide a significantprimary energy savings even with high COP value.• In Hungary renewable energy (solar and wind) does notprovide a sufficient amount of power to support heatpump technology.• The heat pump technology can not compensate theshare of natural gas and electricity prices. Gas:0,43€/m 3 → 0,046€/kWh, electrical energy power: 0,16€/ kWh → in case of COP 4,0: 0,04 €/ kWh. WithGEO tariff: 0,11€/kWh → in case of COP 4,0: 0,03 €/kWh.• The heat pump manufacturing has not been started inHungary, and the imported systems and heat pumps areexpensive.olow-power heat pump system under20kW: gross approx. 1.333€/kWo high-power heat pump system with 20-500kW: gross approx. 733€/kW77
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