Risks of Vattenfall’s German Lignite Mining and …...of a market stability reserve (MSR), 900...
Transcript of Risks of Vattenfall’s German Lignite Mining and …...of a market stability reserve (MSR), 900...
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Risks of Vattenfall’s German Lignite Mining and Power Operations:
Legal, Economic, and Technical Considerations
Press Conference; Prague, 20th October, 2015
Dipl.-Ing. Pao-Yu Oei
Division Resources and Environment; Workgroup for Infrastructure Policy (WIP); TU Berlin
Division Energy, Transport and Environment; German Economic Research Institute (DIW Berlin)
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Agenda
1. Introduction and Background
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions
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Source: ZDF/Frontal 21 9/9/2014
- 3 - 25. Juni 2014
Kohle und Klimaschutz 3
DIW Wochenbericht 14-26:
Kohle und Klimaschutz
Politikberatung kompakt 82:
Gesetzentwurf CO2-Emissionsstandards
Politikberatung kompakt 72 (2013):
Gutachten zur energiewirtschaftlichen Notwendigkeit
der Fortschreibung des Braunkohlenplans "Tagebau Nochten“
Politikberatung kompakt 71 (2013):
Gutachten zur energiepolitischen Notwendigkeit
der Inanspruchnahme des Tagebaus Welzow Süd TF II
Politikberatung kompakt 69 (2012):
„Die Zukunft der Braunkohle in Deutschland im Rahmen
der Energiewende“
Diverse Wochenberichte
Overview of studies:
http://www.diw.de/sixcms/detail.php?id=diw_01.c.429668.de
Publications by DIW Berlin on the Energiewende and Lignite
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Agenda
1. Introduction
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions
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70-90% of coal, 30-60% of gas and 30-60% of oil reserves has to
stay under the ground, even if available
(*) http://www.nature.com/nature/journal/v458/n7242/full/nature08017.html
Potsdam Institute for Climate Impact Research (PIK): 2°C target corresponds to 890 Gt CO2 (*):
Source: IPCC SRREN(2011), fig. 1.7
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The CCS-Illusion: Pilot Plant in Jänschwalde cancelled on Dec.
5th 2011
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Development of the CCS Projects since 2011
?
? ?
?
?
? ? ?
cancelled.
delayed ?
? ?
Source: Own depiction based on GCI (2011, 2013) and MIT (2014).
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Phasing-out Coal is Economically „Efficient“: The social costs of lignite, including externalities, are way above the revenue!
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2
4
6
8
10
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Wholesale price (2014) FÖS (2012) AEE (2011) DIW Berlin & Fh-ISI (2010)
Co
sts
/ P
ric
e [
ct/
kW
h]
External costs of lignite according to different studies compared to the current electricity price in Germany
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Main Messages
1. There is a global trend to phase-out coal power plants in the Western
world, which is economically efficient
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Agenda
1. Introduction
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions
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Vattenfall’s hybrid structure: Lignite dominates German business
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20
30
40
50
60
70
80
90
SE FI DK DE NL UK
Pro
du
ced
Ele
ctri
city
in 2
01
3 [
TWh
]
Biomass
Wind
Oil
Hard Coal
Gas
Hydro Power
Nuclear
Lignite
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Vattenfall‘s CO2 reduction target
Source: Own depiction based on Vattenfall (2014), Thru.de (2014).
65
4,1 4,1 8,4 8,4
10,4 10,4
60,3
42,2
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VattenfallEmissions
2012
Possiblesolution
2020
Target 2020
Em
iss
ion
s in
Me
gato
ns C
O2 p
er
ye
ar
GER lignite
GER non-lignite
NL
DK
Target
„A cornerstone of Vattenfall´s long-term strategy is to reduce negative exposure to rising CO2 prices
by reducing emissions from the Group´s portfolio […]”
(Vattenfall Annual and sustainability Report, 2013)
Jänschwalde 2012:
24.8 Mt CO2
Boxberg 2012:
15.9 Mt CO2
Lippendorf 2012:
5.3Mt CO2 (Share Vattenfall)
Schwarze Pumpe 2012:
12.8 Mt CO2
*
*) Total CO2 emissions 2013 have risen to 88.4 Megatons
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How to get rid of 15 Mt of CO2?
Source: Vattenfall Annual and Sustainability Report 2013
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Main Messages
1. There is a global trend to phase-out coal power plants in the Western
world, which is economically efficient
2. Vattenfall‘s German lignite operations are not consistent with neither its
own sustanability goals nor the energy and climate policy of Sweden
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Agenda
1. Introduction
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions
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Reduction of nuclear
energy
Share of Renewable Energy
Reduction GHG-
Emissions
Reduction of Energy Demand
Gross final energy
Electricity Productio
n
Primary Energy
Domestic Heat
Final Energy
Transport
Electricity Demand
2015 2017 2019
-47% -56% -60%
2020 18% 35% -40% -20% -20% -10% -10%
2021 2022 2025
-80% -100%
40-45%
2030 2035
30% 50% 55-60%
-55%
2040 45% 65% -70%
2050 60% 80% -80% bis
95% -50% -80% -40% -25%
Basis 2010 - - 1990 2008 2008 2005 2008
Source: Own Depiction based on BReg (2010, 2011, 2013)
„Energy Transformation“ in Germany (Energiewende)
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**) CCGT: Combined Cycle Gas Turbine
OCGT: Open Cycle Gas Turbine
Lignite power plants are not flexible enough for an electricity
system with a high share of renewable sources
Lignite CCGT** OCGT**
Change of load [%Pmax
p. minute] 1 / 2,5 / 4 2 / 4 / 8 8 / 12 / 15
Hot start-up
(<8h) [h] 6 / 4 / 2 1,5 / 1 / 0,5 < 0,1
Cold start-up (>48h)
[h] 10 / 8 / 6 4 / 3 / 2 < 0,1
Source: Agora Energiewende (2014).
Source: VDE (2012)*
*) Read data as follows : „current power plants / state of the art / optimization potential“
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3 Security of supply can be guaranteed in extreme scenarios for
2023, using active re-dispatch
Redispatch measures
increase
decrease
Congestion
No Wind No Problem Maximum Wind Redispatch needed
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Source: Oei, et al.(2014).
Germany‘s national GHG reduction target implies further measures…
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200
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1.200
1.400
GH
G E
mis
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in
Me
ga
ton
s C
O2 e
qu
iv.
Non-ETS-Sector
EU-ETS
Coal_Non_ETS
Coal_ETS
Lignite_Non_ETS
Lignite_ETS
2050 target*:
- 80-95%
2020 Ziel*:
- 40%
2030 target*:
- 55%
*) Base line: 1990
Trend of the last years:
emissions going up!
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… including a coal phase-out probably until 2040
Germany risks missing the -40% GHG reduction target until 2020 (base: 1990).
This is why additional national instruments, employed alongside the EU ETS, come into play
and are currently discussed by all relevant actors.
Official projections by the Federal Network Agency / Bundesnetzagentur (BNetzA) include a
reduction of lignite capacities from 21,2 GW in 2013 to 12,6 GW in 2025.
Resulting emission targets for the electricity sector are 187 Mt CO2 (2025) and 134 Mt CO2
(2035) compared to 317 Mt CO2 in 2014.
This implies a decarbonization of the electricity sector and a coal phase-out. Barbara
Hendricks (Federal Minister for the Environment) and the German Advisory Council on the
Environment (SRU) target the year 2040.
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Proposal of the German Government (October 2015)
The current proposal includes moving 2,7 GW of lignite capacity into a “climate reserve”
• three times 0,9 GW in 2017, 2018 and 2019
• each block is shut down completely after four years in the reserve
The reserve of 2,7 GW include
• 1 GW of lignite capacity in Lusatia (probably 2 blocks of Jänschwalde) by Vattenfall and the
• power plant Buschhaus (350 MW) in Central Germany which was recently bought by Mibrag
(owned by EPH)
It is unclear if the operators are compensated for the reserve due to European restrictions on
state aid rules.
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The Phasing-Out of Coal is Politically Unanymous:
Different additional instruments are under discussion Instrument Effect Possible advantages Possible shortcomings Proposed by
ETS reform
Price signal through the introduction
of a market stability reserve (MSR),
900 million backloading allowances
directly in MSR, start of MSR in 2017
instead of 2021
EU-wide instrument; thus, no
cross-border effects
Structural reforms uncertain from today's
perspective; the extent of the impact is
unpredictable
German government
(2014)
Min. CO2 price
(“floor”)
CO2 certificates would become more
expensive
Investment security for
investors
Feasible prices probably too low to result
in a switch from coal towards natural gas
Bündnis 90/the Green
Party (2014)
Minimum efficiency
level Closure of inefficient power plants
More efficient utilization of raw
materials
Open cycle gas turbines (OCGT) would
also be affected; complex test and
measurement processes
Bündnis 90/the Green
Party (2009)
Flexibility
requirements
Closure or singling out of inflexible
power plants
Better integration of
fluctuating renewable energy
sources
Combined cycle gas turbines (CCGT)
might also be affected
Öko-
Institut/LBD/Raue
(2012)
Coal phase-out law Maximum production or emissions
allowances
Fixed coal phase-out plan &
schedule Auctioning difficult to predict
Greenpeace (2012),
DIE LINKE (2014)
Emissions
performance
standard (specifically
for new plants and
retrofits)
Restrictions for new plants and
retrofits (without CO2 capture)
Prevention of CO2- intensive
investments Minor short-term reduction in emissions IASS (2014)
Emissions
performance
standard (cap for
existing plants)
Reduce load factor for older coal-
fired power plants that have been
written off
Maintenance of generation
capacities, e.g., by shifting into
a strategic reserve
Negative impact on economic efficiency
of power plants; effect on energy
efficiency unclear
IASS (2014)
Capacity instruments Incentives to develop lower-carbon
conventional capacities
Support to natural gas plants,
move coal plants into strategic
reserve
Danger of micro-management, difficulties
to identify concrete technical parameters
to ensure lower-carbon output
Öko-
Institut/LBD/Raue
(2012)
Sourc
e: V
attenfa
ll risky b
usin
ess r
eoprt
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Main Messages
1. There is a global trend to phase-out coal power plants in the Western
world, which is economically efficient
2. Vattenfall‘s German lignite operations are not consistent with neither its
own sustanability goals nor the energy and climate policy of Sweden
3. The renewables-based energy sector reform in Germany, commonly
called energiewende, implies the end of lignite and coal electrification
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Agenda
1. Introduction
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions
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Lusatia: Expropriations and Displacements
Projected fields:
Welzow Süd II (~210 Mio. t CO2 / 800 inhabitants)
Nochten II (~300 Mio. t CO2 / 1,700 inhabitants)
Jänschwalde Nord (~270 Mio. t CO2 / 900 inhabitants)
(Vision: Bagenz-Ost and Spremberg-Ost)
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Lignite business: business as usual contains risks
The company faces risks of different type:
o Economic
o Technical
o Legal
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Economic Risk: No Cash-Cow Anymore
Significantly reduced profitability for old and newer plants
Current Phelix Futures:
2016: EUR 28,90
2017: EUR 28,08
2018: EUR 28,05
2019: EUR 28,45
Development of Phelix Future (Phelix: physical electricity German wholesale power price)
Source: EEX, 10/14/2015
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Technical and Environmental Risks:
Iron Ocre: Threat for aquatic life and tourism in the Spreewald
Source: RBB
Source: www.reiseland-brandenburg.de
Source: dapd
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Exproprietation (relocalisation of inhabitants):
o Public interest needed for legality of new fields
o Energiewende: neither public interest nor necessity
o Possibility to sell electricity from lignite is not a reason
o to justify expropritations
Legal Risks:
Constitutional conformity of new lignite mining fields contested
Source: Own depiction. ©H.-G. Oed ©dpa
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Main Messages
1. There is a global trend to phase-out coal power plants in the Western
world, which is economically efficient
2. Vattenfall‘s German lignite operations are not consistent with neither its
own sustanability goals nor the energy and climate policy of Sweden
3. The renewables-based energy sector reform in Germany, commonly
called energiewende, implies the end of lignite and coal electrification
4. In Lusatia, too, there are major economic, technical and legal risks for
Vattenfall
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Agenda
1. Introduction
2. Phasing-out of coal in the Western world
3. Sustainability goals of Sweden and Vattenfall
4. The energiewende in Germany
5. Economic, technical, and legal risks in Lusatia
6. Conclusions and Outlook
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Main Messages
1. There is a global trend to phase-out coal power plants in the Western
world, which is economically efficient
2. Vattenfall‘s German lignite operations are not consistent with neither its
own sustanability goals nor the energy and climate policy of Sweden
3. The renewables-based energy sector reform in Germany, commonly
called energiewende, implies the end of lignite and coal electrification
4. In Lusatia, too, there are major economic, technical and legal risks for
Vattenfall
5. It sems to us that a consistent strategy is possible, which includes the
closure of older pants, the use of existing mines to supply younger
plants, the diversification of the technology mix, and investments into
lucrative renewables
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Risks of Vattenfall’s German Lignite Mining and Power Operations:
Legal, Economic, and Technical Considerations
Prague, 20th October, 2015.
Dipl.-Ing. Pao-Yu Oei
Division Resources and Environment; Workgroup for Infrastructure Policy (WIP); TU Berlin
Division Energy, Transport and Environment; German Economic Research Institute (DIW Berlin)