austria as a showcase for a nuclear-free energy system · • study of austrian energy agency and...
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AUSTRIA AS A SHOWCASE FOR A NUCLEAR-FREE ENERGY SYSTEM
We love energy efficiency
2
1 SAFE NUCLEAR INTERMEZZO
2 RISE OF RENEWABLES
3 STRATEGIC OUTLINE
4 TRANSPARENCY FOR CUSTOMERS
5 RÈSUMÈ
CONTENTS
3
1 | SAFE NUCLEAR INTERMEZZO
4
1956: Austrian Nuclear Energy Studies Company was founded
1963-1970: consortium of electric utilities makes preparations to start construction of a nuclear power plant (NPP)
1969: National Energy Concept includes one NPP
1971: Government gives green light for construction
1972: breaking ground for Zwentendorf NPP
• 50 km northwest of Vienna
• 720 MW, boiling water reactor
1976: updated Energy Concept calls for 3 NPPs 3.300 MW in total until 1990
1978: NPP Zwentendorf ready for operation
• even fuel rods were on-site but not inserted
AUSTRIA'S NUCLEAR EPISODE
5
REFERENDUM ON NOVEMBER 5, 1978 SHOWS NARROW „NO“
50,47% 49,33%
6
1978: December 5: Anti-Nuclear Law
• Prohibition of nuclear energy in Austria
1978: Mothballing of NPP Zwentendorf
• Efforts to carry out a new referendum in the next years
1979: accident at NPP Three Miles Island
1985: consortium of the NPP decides a „quiet“ liquidation
1986: disaster of Chernobyl
• 10,3% of Austria‘s state territory was contaminated
NPP Zwentendorf today
1985: IT‘S ALL OVER
Quelle: EVN AG & PRIMA VISTA Media & Consulting GmbH
7
2 | RISE OF RENEWABLES
8
ENERGY POLICY RESPONSE: FURTHER DEVELOPMENT OF RENEWABLES
0
10.000.000
20.000.000
30.000.000
40.000.000
50.000.000
60.000.000
70.000.000
80.000.000
in M
Wh
biomass, wind, pv
hydro
gas
oil
coal & non-res waste
• electricity production from renewables
more than doubled within the last 4 decades
• grew faster than total generation
9
WIND – THE MOST IMPORTANT SOURCE WITHIN THE ECO-ELECTRICITY SUPPORT SCHEME
Plus 1.700 GWh from small hydro (2014)
10
DOMESTIC ELECTRICITY GENERATION IN LINE WITH DEMAND
0
10.000.000
20.000.000
30.000.000
40.000.000
50.000.000
60.000.000
70.000.000
80.000.000
in M
Wh
others
energy sector
housholds
transport
industry
domestic generation
11
ELECTRICITY NET IMPORTS HAVE BEEN COST DRIVEN SINCE 2003
-30.000.000
-20.000.000
-10.000.000
0
10.000.000
20.000.000
30.000.000
-25,0%
-20,0%
-15,0%
-10,0%
-5,0%
0,0%
5,0%
10,0%
15,0%
20,0%
25,0%
in M
Wh
(im
po
rt -
exp
ort
s) /
do
mes
tic
con
sum
pti
on
electricity imports
electricity exports
import dependence
12
SHARE OF RENEWABLES IS GROWING ALSO IN OTHER SECTORS
67,0%
52,6% 49,2% 48,9%
43,0%
38,7%
31,9%
7,3%
0%
10%
20%
30%
40%
50%
60%
70%
2005 2006 2007 2008 2009 2010 2011 2012 2013
electricity generation
agriculture
service sector
househoulds
district heating
industry
final energy
transport (incl.electricity)
Calculation of %-shares based
on EU-Renewables Directive
13
IN HEATING RENEWABLES ARE FIRST (INCLUDING HOT WATER PRODUCTION)
coal 0,8%
oil 15,9%
gas 24,0%
electricity 8,0%
district heating 21,1%
renewables 30,3%
30% of total final energy consumption
14
OVERALL PICTURE – OIL & COAL LOST, RENEWABLES GAINED MARKET SHARES
25,2% 15,6% 16,3% 12,5% 9,7% 9,7%
48,6%
51,6% 42,2%
41,9% 37,4% 36,2%
13,1% 17,8%
20,8% 22,5%
23,5% 20,6%
9,6% 10,6%
10,8% 12,3%
9,4% 10,6%
5,9% 5,8% 9,3% 10,3%
17,5% 19,2%
0%
20%
40%
60%
80%
100%
1970 1980 1990 2000 2010 2013
fossil waste
other renewables
hydro
gas
oil
coal
share of energy sources on total primary energy consumption
15
AUSTRIA - SHARE OF RENEWABLES ARE RIGHT ON EU-TARGET
20
,9%
21
,8%
23
,8%
24
,9%
27
,5%
26
,9%
26
,3%
30
,3%
29
,8%
24,2% 25,6%
27,5% 28,3%
30,4% 30,7% 30,7% 32,1% 32,5%
34,0%
0%
5%
10%
15%
20%
25%
30%
35%
40%
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
share in gross domesticconsumption
share in gross final energyconsumption
based on EU-Renewables Directive
target
16
3 | STRATEGIC OUTLINE
17
ENERGY INTENSITY AS PROXY FOR EFFICIENCY IS THE „FIRST FUEL“
0
500.000
1.000.000
1.500.000
2.000.000
2.500.000
in T
eraj
ou
le
energy intensity
fossil waste
other renewables
hydro
gas
oil
coal
total
18
NATIONAL ENERGY STRATEGY LIMITS THE DEMAND & CALLS FOR MORE RENEWABLES
Energy demand 2020/2005
Buildings -10%
Households, SMEs, services,
agriculture +10%
Energy-intensive industries +15%
Transport -5%
18
19
• Implementation of the Energy Efficiency Directive (2012/27/EU)
• Mixed approach
• Strategic efficiency measures (e.g. taxes, subsidies)
• Saving obligation of all energy suppliers
• all energy sources are covered (oil/transport fuels, gas, coal, biomass, electricity)
• suppliers have to prove savings which amounts to 0,6% of their deliveries to end users in the previous year
• savings are calculated based on defined methods
• Big enterprises have to
• implement energy management systems or
• carry out energy audits
• Efficiency measures in the building stock of the Federal Government requested
ENERGY EFFICIENCY ACT WILL UNDERPIN THE STRATEGIC OBJECTIVE
20
• Life cycle analysis of nuclear power
• Study of Austrian Energy Agency and Ecology Institute in 2011
• on behalf of Austrian Climate and Energy Fund
• Key importance of the ore grade for the energy balance
• in the range of 0,02% - 0,01% it turns negative (no energy surplus)
• in the past five decades world wide ore grade was 0,05% to 0,15%
• one third of identified reserves have ore grade under 0,03%
• downward trend is obvious
• Result: CO2-emissions of nuclear power can more than double recent levels
• no „low carbon technology“
• CO2 avoiding costs are higher than all other technologies except traditional coal fired plants
• Doubts on security of supply and several other significant risks
• „The EU is highly dependent on the import of nuclear fuel and related services …“ (EC: Energy Union Package, 2015)
• accidents, health, safe long-term disposal of waste, proliferation, economics
THE MYTH OF NUCLEAR AS „CLIMATE PRESERVER“
21
SCENARIO FOR AUSTRIA'S ELECTRICITY SUPPLY 2050
Source: A. Veigl (2012) – Perspectives for Austria: Comparison of national studies
geothermal
wind
photovoltaics
hydro
biomass
imports
growth constant pragmatic ambitious Energy
Energy
balance
22
2050
MOST PROVINCES PLAN TO BECOME ENERGY INDEPENDENT UNTIL 2050
Energy independence
2050
2050
2050
2050
2050
2035
2025 electricity & heat
mobility
2020:
50% RES
2020:
34% RES
2030 electricity
& heat
Federal level: 2020 – EU targets
2030 – strategy work in progress
23
4 | TRANSPARENCY FOR CUSTOMERS
24
• EU Electricity Directive requires the specification of
• the contribution of each energy source
• to the overall fuel mix of the supplier
• in the previous year
• EU Renewables Directive contains
• guarantees of origin of electricity produced from renewable energy sources
• in response to a request from a producer of such electricity
• Member States can recognize guarantees of origin issued by other Member States
• EU Directive on the promotion of cogeneration includes • guarantee of origin of the electricity produced from high efficiency cogeneration
BRINGING THE ENERGY SOURCE TO LIGHT
25
• electricity suppliers are obliged to disclose the mix of primary energy sources
• to generate their deliveries to end users
• for all single energy sources, renewables and fossil
• based on guarantees of origin
• plus CO2-emissions and radioactive waste
• shown on annual bills, advertisements and information materials
• starting January 1, 2015 total supply should be labelled
• before “unknown” origin was rated with ENTSO-E Mix
• from 2014 on, at least all supply to households had to be labelled
• system based on the guarantees of origin database of the regulator, E-Control
• covers the full life cycle of the single guarantee of origin
• issuing – transfer – redeeming
• comprehensive review published in annual labelling report
AUSTRIA´S APPROACH TO ELECTRICITY LABELLING
26
2013 – 93% OF ELECTRICITY SUPPLY IS LABELLED
Source: E-Control
known renewables: 78,58%
known fossil fuels: 14,35%
other known primary fuels: 0,27%
unknown origin: 6,8%
CO2: 103,33 g/kWh
Radioactive waste: 0,05 mg/kWh
27
DECREASING SHARE OF ELECTRICITY WITH UNKNOWN ORIGIN
DEVELOPMENT OF ELECTRICITY WITH UNKNOWN ORIGIN in %
Source: E-Control
2015
0%
28
5 | RÈSUMÈ
29
• efforts to put NPP Zwentendorf into operation were stopped by a referendum in 1978
• utilisation of renewables was a successful alternative • Austria No. 1 for renewable electricity generation in the EU
• generation from renewables more than doubles within the last decades
• renewables also play an important role in the overall energy picture
• energy strategy for the mid- and long term continues to rely on renewables
• but „first fuel“ is energy efficiency • Energy Efficiency Act will accelerate the creation of an efficiency market
• due to its high risks and inefficient energy- and CO2-balance nuclear energy is no option
• consumers should receive transparent information on how their electricity is generated • an effective and harmonised approach for electricity labelling all over Europe is necessary
• Austria’s scheme can be a role model
30
Prof. Herbert Lechner
Deputy Director
Chief Scientific Officer
Österreichische Energieagentur – Austrian Energy Agency
Mariahilfer Strasse 136
A-1150 Vienna
Tel: + 43 1 5861524 - 0
Fax: + 43 1 5861524 - 340
Email: herbert.lechner@energyagency.at
Web: www.energyagency.at
THANK YOU FOR YOUR ATTENTION!
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