CLEAN ENERGY FOR ALL EUROPEANS
Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - - - PowerPoint PPT Presentation
Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - - - PowerPoint PPT Presentation
CLEAN ENERGY FOR ALL EUROPEANS Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - Renewables and CCS Policy European Commission DG ENERGY 1 #EnergyUnion CLEAN ENERGY FOR ALL EUROPEANS Waste-to-Energy: Key principles
CLEAN ENERGY FOR ALL EUROPEANS
2 #EnergyUnion
Waste-to-Energy: Key principles Residual non-recycable waste can be a source of primary energy saving and renewable energy if used for highly efficient energy recovery through:
High-efficiency cogeneration (and trigeneration) Efficient district heating & cooling networks Waste reprocessing into solid, liquid & gaseous fuels that can be used through e.g. high-efficiency cogeneration, heat pumps and other advanced high efficiency technologies
to produce heat/cold & power
CLEAN ENERGY FOR ALL EUROPEANS
3 #EnergyUnion
Final energy consumption for heating and cooling (2012)
46,5 63,6 233,9 20,4 69,3 40,3
2,6 0,3
61,9 0,1 1,7 7,0 0,0
TOTAL: 547.6 Mtoe – all sectors
Coal Fuel oil Natural gas Other fossil fuels Electricity District heating Waste non.res. Waste RES Biomass Geothermal Solar energy Ambient heat TOTAL Other RES
Waste non-RES: 2.6 Mtoe or 0.5% Waste RES: 0.3 Mtoe or 0.1% District Heat: 40.3 Mtoe or 7.4% Out of which Non-RES waste: 4% RES Waste: 3.1% Source: Mapping and analyses of the current and future (2020 - 2030) heating/cooling fuel deployment (fossil/renewables), N°ENER/C2/2014-641
CLEAN ENERGY FOR ALL EUROPEANS
Key principles supported in the Energy Efficiency Directive and the Renewable Energy Directive I&II
Energy Efficiency Directive:
Comprehensive Assessment of
HE CHP and EDHC potentials based
- n
CBA methodology (Art. 14, Annex VIII, IX) Mapping of potential heating & cooling supply points, incl. waste incineration plants Integrated approach, national, regional and local geographies If economic potential, MS must take measures to develop it
- Renewable Energy Directive:
Planning, building, renovating urban, industrial and residential areas and energy infrastructures, i.e. electricity, DHC, gas, alternatives (Art.15) RES H&C increase endeavour requirement of 1 ppt/year (Art. 23) District heating, cooling (Art. 24) RES waste, advanced biofuels and waste based fuels
CLEAN ENERGY FOR ALL EUROPEANS
5 #EnergyUnion
Key principles applicable for waste-to-energy Clean Energy Package, Energy Union, Energy Efficiency Directive, Renewable Energy Directive (RED I and RED II)
Efficient district heating and cooling is an enabler of renewable energy and energy efficiency and a tool to mainstream renewables and energy efficiency in heating and cooling Waste-to-energy: To be connected to district heating and cooling network To use high-efficiency cogeneration and other efficient technologies To be developed within an integrated energy approach, including at local and regional levels, which aims to: Utilise local renewable and other sustainable energy resources Optimising the use of local energy and other resources Primary energy savings and GHG reductions Supply security and stable competitive energy prices Local jobs Empowerment of consumers Energy communities
CLEAN ENERGY FOR ALL EUROPEANS
6 #EnergyUnion
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