Mapping Carbon Pricing Initiatives
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Transcript of Mapping Carbon Pricing Initiatives
Carbon Expo
Barcelona
May 2013
Economic downturn and slow recovery process led to historic low EUA and CER prices
€0
€5
€10
€15
€20
€25
€30
Daily prices (€)
EUA
Secondary CER
Primary CER
Primary CER post-2012
Supply of international credits outstrips demand
* EU-27, Iceland, Liechtenstein, Norway and Switzerland
** Only covers supply of Kyoto credits
Remarkably, carbon initiatives at all levels are developing faster than ever
MEXICO
Different ways of cap setting
• Absolute cap fixed for multiple years:– EU ETS set a cap for 2020 as -10% relative to 1990 emissions
– California set a cap for 2020 equal 1990 emissions
– Korea set a cap as -30% compared to business as usual
• Absolute rolling cap– Australia sets the cap each year for 5 years in the future
• Intensity cap– Chinese pilot systems define a reduction in emissions per unit
GDP
• No cap:– In New Zealand the quantity of domestic units is fixed, but,
the quantity of international units that could be imported is unlimited
New systems are coming and GHG coverage keeps growing
0%
20%
40%
60%
80%
100%
Date of implementation
Esti
mate
d c
overa
ge
Circumference sizes indicates
magnitude of GHG emissions
EU ETS
NZ
Switzerland
RGGI
Implemented
Future coverage expansion
Implementation scheduled
Tokyo
Québec
Calif.
AU
Kaz.
Korea
Tianjin
Beijing
Guangdong
Shanghai
Shenzhen
NZ
Calif. & Quebec
Norway
EU ETS:
Romania & Bulgaria
EU ETS: Croatia
EU ETS: Norway Liechtensten, Iceland
Systems differ in terms of coverage
• Traditionally: stationary installations (power generation and manufacturing industry)
• Transport: e.g. aviation in EU ETS– Aviation in EU ETS, regulated per aircraft
• Distribution of fuels to amongst others transport and build environment– California and Quebec as of 2015
• Economy wide coverage:– The New Zealand scheme as of 2015
• Systems can cover CO2 emissions only (e.g. RGGI, Shenzhen, Tokyo), but most systems cover other GHG as well (e.g. EU ETS and California)
Free allowances are distributed as transitional support and to prevent carbon leakage
• Distribution based on combination of product benchmarks (allowance / unit of product) and energy benchmarks (allowance / unit of energy consumed) (EU ETS and California)
• Distribution based on revenue (New Zealand)
• Distribution based on emissions (e.g. Kazakhstan, Tokyo)
• Number of free allowances can be fixed (e.g. EU ETS) or updated in time based on actual activity (e.g. California)
• Many systems have no or limited allowances to electricity generators to avoid wind-fall profits (e.g. EU ETS, California, Quebec, RGGI)
• Systems can differentiate between level of support depending on– Exposure to risk of carbon leakage (e.g. EU and California)
– Need for assistance in making a transition (e.g. EU and Australia for carbon intensive power generation)
Carbon prices around the world vary and have different price stabilization mechanisms
Price stabilisation?
No
Upper price
Upper and lower price
No
Upper price
Upper price
Upper and lower price
Fixed price
No explicit
Different ways exist to control and stabiliseprices
To avoid prices becoming too low:
• Minimum auction price (California, Quebec, RGGI)
• Supporting tax (e.g. UK has a tax dependent on level of carbon price)
To avoid prices becoming too high:
• Regularly offer allowances at a fixed price (California and Quebec)
• Auction additional allowances if the price becomes too high (EU ETS and RGGI)
• Price cap (fixed price option in New Zealand, Australia during unilateral linking with EU ETS)
Today, countries with carbon pricing mechanisms implemented and scheduled emit ~10 GtCO2e/y, 21% of global emissions
Carbon tax implemented or scheduled for implementation
ETS implemented or scheduled for implementation
ETS and carbon tax
ETS under consideration
If emerging economies eyeing these mechanisms are included, carbon pricing mechanisms could reach countries emitting 24 GtCO2e/y, almost half of the total global emissions (50 GtCO2e)
Food for thought
• Ambition levels
• Ideal prices
• Effectiveness and cost-effectiveness
• Coverage
• Relationships with other policies
Carbon Expo
Barcelona
May 2013
Thank you!!
www.carbonfinance.org
www.ecofys.com
Lack of long-term commitment and short-term developments cause volatility to the EUA price
2012 is the first time ERU issuance higher than CER issuance
• Most ERUs come from Russia and Ukraine