ENERGIA KÖZPONT Kht. (ENERGY CENTRE non-profit company) Information Directorate
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1 ENERGIA KÖZPONT Kht. (ENERGY CENTRE non-profit company) Information Directorate REPORT PURSUANT TO DIRECTIVE 2004/8/EC ON THE PROMOTION OF COGENERATION BASED ON A USEFUL HEAT DEMAND IN THE INTERNAL ENERGY MARKET AND AMENDING DIRECTIVE 92/42/EEC Budapest, 28 February 2007
2 Table A: Operational CHP units fuel input and heat/electricity production by fuel FUELS UNITS Public Public Public Utilities Utilities Utilities HARD COAL AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ LIGNITE AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ RESIDUAL fuel input 10³ mt FUEL OIL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ GASOIL fuel input 10³ mt fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NATURAL fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ REFINERY fuel input 10³ tm GAS fuel input TJ (NVC) gross electricity generation GWh net heat production TJ of which sold to third parties TJ COKE OVEN fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ BLAST FURNACE fuel input TJ(NCV) GAS gross electricity generation GWh net heat production TJ of which sold to third parties TJ RENEWABLES fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ OTHER fuel input TJ(NCV) FUELS gross electricity generation GWh net heat production TJ of which sold to third parties TJ TOTAL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NCV=Net Calorific Value GCV=Gross Calorific Value Electrical energy + heat generated TJ Total fuel input TJ (NCV) Efficiency (Public CHP) %
3 Table A: Operational CHP units fuel input and heat/electricity production by fuel FUELS UNITS Auto Auto Auto Utilities Utilities Utilities HARD COAL AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ LIGNITE AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ RESIDUAL fuel input 10³ mt FUEL OIL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ GASOIL fuel input 10³ mt fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NATURAL fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ REFINERY fuel input 10³ tm GAS fuel input TJ (NVC) gross electricity generation GWh net heat production TJ of which sold to third parties TJ COKE OVEN fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ BLAST FURNACE fuel input TJ(NCV) GAS gross electricity generation GWh net heat production TJ of which sold to third parties TJ RENEWABLES fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ OTHER fuel input TJ(NCV) FUELS gross electricity generation GWh net heat production TJ of which sold to third parties TJ TOTAL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NCV=Net Calorific Value GCV=Gross Calorific Value Electrical energy + heat generated TJ Total fuel input TJ (NCV) Efficiency (Auto CHP) %
4 Table A: Operational CHP units fuel input and heat/electricity production by fuel FUELS UNITS Total Total Total Producers Producers Producers HARD COAL AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ LIGNITE AND fuel input 10³ mt DERIVED PRODUCTS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ RESIDUAL fuel input 10³ mt FUEL OIL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ GASOIL fuel input 10³ mt fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NATURAL fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ REFINERY fuel input 10³ tm GAS fuel input TJ (NVC) gross electricity generation GWh net heat production TJ of which sold to third parties TJ COKE OVEN fuel input TJ(GCV) GAS fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ BLAST FURNACE fuel input TJ(NCV) GAS gross electricity generation GWh net heat production TJ of which sold to third parties TJ RENEWABLES fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ OTHER fuel input TJ(NCV) FUELS gross electricity generation GWh net heat production TJ of which sold to third parties TJ TOTAL fuel input TJ(NCV) gross electricity generation GWh net heat production TJ of which sold to third parties TJ NCV=Net Calorific Value GCV=Gross Calorific Value Gross CHP electrical energy production TJ Net CHP heat production TJ CHP-generated heat + electrical energy TJ Total CHP fuel input TJ (NCV) Efficiency (Total CHP) %
5 Cogenerated energy distribution Electrical energy production % Heat production % Total domestic electricity production GWh Cogenerated electricity as a proportion of total electricity production % Fuel input broken down by energy source and shown as a percentage of the total total coal TJ % fuel oil TJ % gasoil TJ % natural gas NCV TJ % coke oven and blast furnace gas TJ % total renewables TJ % other fuels TJ % Total fuel input TJ %
6 Evolution of domestic and cogenerated electricity production GWh Total electricity production Cogenerated electricity production Evolution of domestic and cogenerated electricity production Total electricity production Cogenerated electricity production Cogenerated electricity production as a percentage of total electricity production % Cogenerated electricity production as a percentage of total electricity production % 6
7 Breakdown of fuel input for energy cogeneration Unit:PJ Total coal Oil products Natural gas Renewables and other Total fuel input TREN EN-TRA-00 (HU) Distribution of fuel input in PJ Összes szén = Total coal Olajtermékek = Oil products Földgáz = Natural gas Megújulók és egyéb = Renewables and other Összes bevitt tüzelőanyag = Total fuel input Percentage distribution of input fuels Unit:% Total coal Oil products Natural gas Renewables and other Percentage distribution of fuel sources Összes szén = Total coal Olajtermékek = Oil products Földgáz = Natural gas Megújulók és egyéb = Renewables and other 7
8 Evolution of net heat production by production method TREN EN-TRA-00 (HU) Unit:TJ Cogenerated heat Production of heat only Total heat production Unit:PJ Cogenerated heat Production of heat only Total heat production PJ Breakdown of net heat production Kapcsoltan termelt hő = Cogenerated heat Csak hő termelés = Production of heat only Összes hő termelés = Total heat production Cogenerated heat as a percentage of total heat production % Cogenerated heat: Cogenerated heat as a percentage of total heat production 8
9 Table B1: Operational CHP units capacity and production by type of cycle for the year 2002 Table B1: Operational CHP units capacity and production by type of cycle
10 Table B1: Operational CHP units capacity and production by type of cycle for the year Completely CHP -units (efficiency >=75%) Type of cycle Evolution in maximum capacity of CHP units Unit: MW Combined cycle (eff. >=80%) Gas turbine with heat recovery Internal combustion engine Steam: backpressure turbine Steam: condensing turbine (eff. >=80%) Sub-total Units with a non-chp component (efficiency <75%) Type of cycle Unit: MW Combined cycle (eff. >=80%) Gas turbine with heat recovery Internal combustion engine Steam: backpressure turbine Steam: condensing turbine (eff. >=80%) Others Sub-total TOTAL (1+2) Capacity of CHP units with over 75% efficiency
11 Original text kombinált ciklusú Gázturbina hőcserélővel Belső égésű motorok Gázturbina (ellennyomásos) Gázturbina (kondenzációs) Key to above table Translation Combined cycle Gas turbine with heat recovery Internal combustion engines Steam: backpressure turbine Steam: condensing turbine Table B2: Operational CHP units capacity and production by sector for the year 2002 Table B2: Operational CHP units capacity and production by sector
12 Table B2: Operational CHP units capacity and production by sector for the year
13 Table B3: Operational CHP units capacity by fuel type for the year 2002 Table B3: Operational CHP units capacity by fuel type for the year 2003 Table B3: Operational CHP units capacity by fuel type for the year
14 Calculation of primary energy savings from cogeneration (based on cogeneration statistics and energy balance data relating to the separate production of heat and electricity, as required under Directive 2004/8/EC) 2002 Unit:PJ Cogenerati on Non-cogeneration Difference % efficiency and saving according to 2002 energy balance Heat output Electricity output Total production Total fuel input % saving -boiler plants % efficiency -condensing plants % efficiency -cogeneration plants Efficiency % Unit:PJ Cogeneration Noncogeneration Difference % efficiency and saving according to 2003 energy balance Heat output Electricity output Total production Total fuel input % saving -boiler plants % efficiency -condensing plants % efficiency -cogeneration plants Efficiency % Unit:PJ Cogeneration Noncogeneration Difference % efficiency and saving according to 2004 energy balance Heat output Electricity output Total production Total fuel input % saving -boiler plants % efficiency -condensing plants % efficiency -cogeneration plants Efficiency % Primary energy saving in relation to total energy use TPES PJ Saving PJ % Primary energy saving as a percentage of total energy use 14
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