Section 10 01 s 2010-11 stationary lead acid batteries for utility applications in spanish
Challenges for a Spanish utility in the procurement of … for a Spanish utility in the procurement...
Transcript of Challenges for a Spanish utility in the procurement of … for a Spanish utility in the procurement...
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IBERDROLA
July 2008
Challenges for a Spanish utility in the procurement of CO2 emissions
Brussels 7th October 2011
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Agenda
Current situation: Uncertainties
Conclusions
Iberdrola’s overview
Iberdrola’s approach
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Iberdrola in the world
Key operating data
Production (TWh)
Customers
154
27,7 Mio
Employees 29 641
Installed capacity (MW) 44 991
Distributed electricity (TWh) 203 Gas Supplies (TWh) 157
Generation portfolio
Renewables (MW)
Coal (MW)
12 532
4 709
Cogen (MW) 1 229
Hydro (MW) 9 892
Combined cycles (MW) 13 128 Nuclear (MW) 3 344
Total (MW) 44 991
48% 25%
18%
9%
Spain
Latin America
United States
United Kingdom
Production by geographical areas
Fuel-Oil (MW) 157
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IBERDROLA in Spain
Installed Capacity Main figures
2010
Installed capacity
Electrical power distributed
Power generation
Gas supplies
Customers
Employees
28 GW
72,4 TWh
102 TWh
49 TWh
9 600
9,3 Mill.
Hydro 8 847 MW
Nuclear 3 344 MW
Coal-fired 1 253 MW
Oil-fired 157 MW
CHP 399 MW
CCGT 5 893 MW
Renewables 5 696 MW
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IBERDROLA owns and operates a well-balanced Power Plant Portfolio
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IBERDROLA in Spain
72 TWh
79%
Emission free
Nuclear
Hydro
CCGT
Cogen Coal
Renewables
Iberdrola in Spain is leader on environmental efficiency with more than half of its capacity and production emission-free
2010
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Iberdrola in Spain
Emission rate 2010
Rest of Spanish competitors*
Iberdrola
g CO2/kWh
164
389
x 2.4
Emissions
2010
MtonCO2
15
6
2002
- 60% +2 TWh
*Iberdrola’s calculation
After an ambitious investment plan launched in 2002
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CO2 Emissions Reduction 2020
gr CO2/kWh
2007 2020E
436
275 309
IEA 450 ppm Scenario for EU
Iberdrola’s Plan 220
-30%
-30%
-20%
...and has a plan to reduce 30% of their emissions in 2020, 20% more than the demanding IEA 450 Scenario for the European Union
Iberdrola is one of the cleanest companies with emissions 30% lower than European average…
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Iberdrola’s Generation Portfolio Strategy
2008 2020E
>50% >65%
More than 20 000 MW projected in the period 2008-2020 focused in Renewables, Nuclear (UK), Hydro.
>50% emissions free >65% emissions free 43 309 MW installed 65 000 MW installed (estimated)
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Agenda
Current situation: Uncertainties
Conclusions
Iberdrola’s overview
Iberdrola’s approach
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CO2 deduction
Coal policy
International agreement
Post-Kyoto CERs use
Uncertainties
EUAs and CERs Market: prices
CERs Issuance
Demand
Production
What does a European utility need to monitor?
Fundamentals: International and
national
International regulation
National regulation
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CO2 deduction
Coal policy
International agreement
Post-Kyoto CERs use
Uncertainties
EUAs and CERs Market: prices
CERs Issuance Fundamentals: International and
national
International regulation
National regulation
Demand
Production
What does a European utility need to monitor?
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ene-11 feb-11 mar-11 abr-11 may-11 jun-11 jul-11 ago-11 ago-11
CER11 EUA DEC11 Spread 11
Fundamentals: Prices evolution 2011
Source : Bloomberg
Prices in EUAs and secondary CERs market have reflected…
Energy Efficiency Directive, Failure vote on 30%
European debt crisis , Fears “double dip recession“
Fukushima incident
German nuclear decision
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Comercio de emisiones – Límite a la emisión absoluta
Fundamentals: CER issuance 2011
CER prices have been influenced by the same factors as EUAs but also by some specific ones: A significant increase in CERs issued by UN has triggered a drop in
prices due to supply pressure in a weak market…
As a result of CDM Executive Board procedures being improved and increased resources, CER issuance has improved significantly since the beginning of 2011.
Validity rules for CER in the UE from
2013
Project developers and CER sellers are trying to speed up both project registration and CERs issuance
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CO2 deduction
Coal policy
International agreement
Post-Kyoto CERs use
Uncertainties
EUAs and CERs Market: prices
CERs Issuance Fundamentals: International and
national
International regulation
National regulation
Demand
Production
What does a European utility need to monitor?
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Fundamentals: Demand
Electricity demand fell drastically in 2009 caused by economic crisis. Its recovery is expected gradually in part due to energy efficiency measures.
Electricity demand
TWh
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Fundamentals: Production
A great incentive to renewable energy is overwhelming expectations
Renewable generation TWh
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Fundamentals: Production
Thermal production
TWh
Demand and renewable are reducing the thermal generation gap
* Iberdrola’s forecast
And in the last few years the technology is switching to CCGTs
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CO2 deduction
Coal policy
International agreement
Post-Kyoto CERs use
Uncertainties
EUAs and CERs Market: prices
CERs Issuance
Demand
Production
Fundamentals: International and
national
International regulation
National regulation
What does a European utility need to monitor?
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Green Package approval: credit limit 2008-2020, minimum 11% Types of CERs accepted: Commitology. Credit crunch
Phase 3 debate : doubts about types of CERs accepted in the future. “No industrial gases”; Gold standard, LDC,...??
Regulatory changes
Use of credit limit during Phase 2 All CERs valid for compliance except from large hydro, nuc…
Since the beginning of Phase 2 things have changed …
2007
2008
Dec 2008
2009 Waiting for COP 15: NAMAs, REED, Sectorial crediting mechanism CDM reform … ??; 30% target EU-ETS in 2020? US development
Disappointment after COP 15 Uncertainties remain unresolved
Market needs certainty and stability
Industrial gases CER banned from May 2013 Rumours?
2010
2011
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CO2 deduction
Coal policy
International agreement
Post-Kyoto CERs use
Uncertainties
EUAs and CERs Market: prices
CERs Issuance
Demand
Production
Fundamentals: International and
national
International regulation
National regulation
What does a European utility need to monitor?
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a State intervention with the sole aim of reducing the electricity tariff deficit that results from keeping tariffs below the level of real production costs. The Spanish administration insists on reducing artificially costs of supply for all customers.
a measure to correct the alleged extra revenues for generators resulting from internalization of the cost of the CO2 emission allowances that were given free of charge.
CO2 Deduction: RDL 11/2007
Royal Decree-Law 11/2007, of 7 December, discounting from the compensation for the activity of producing electricity the higher income deriving from the free-of-charge allocation of greenhouse gas emission allowances. (Spanish Official Gazette 294 of 8 December 2007).
The measure
In theory
In practice
rule started in 2006 (RD-L 3/06) and the measure was expected to apply for 2008-2012 ETS Phase II. Finally it was abolished in June 2009.
Duration
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Nuclear and hydroelectric plants are not recipients of emissions allowances, but are caught by the measure and invoiced by an amount equivalent to the allowances assigned to CCGT plants, CCGT plants are invoiced by the equivalent to the allowances received, Carbon and fuel plants are invoiced only by the equivalent to the allowances assigned to CCGT plants, thus much less than actual emission, which allows them to keep the value of part of their allowances.
CO2 Deduction: RDL 11/2007
is described as triggered by the emission allowances received under the National Allocation Plans (NAP), but applies universally to all peninsular generation assets (including non emitting plants) and according to criteria unrelated to the degree of emission.
Amount due
Criteria unrelated to real
emission
Penalizing low emitting technologies
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Assuring the consumption of the yearly production of the “Mining Plan” until 2014 Fixing the income of the electricity coal production for each asset.
National coal stocks are at historical maximum
Coal policy
Received the 15th Sept 09 Started January 2011 To give an incentive to national coal production
Proposal
Why
How
Impact This solution distorts efficient dispatching:
• Displacing imported coal and gas. • Provoking logistical difficulties in the gas system. • Increasing emissions.
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Agenda
Current situation: Uncertainties
Conclusions
Iberdrola’s overview
Iberdrola’s approach
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Fundamentals: Emissions forecast
Global vision for 2008 - 2020
2008 2009
11
9,5
Emissions IB in Spain
Mton
7
2010
6
2011e
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Our business
What? When? How much?
Assuring the emission cost once the production income is closed
To manage the margin of the electricity sales
1 TonCO2 emitted = 1 emission right
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EUA: European Unit Allowance CER: Credit Emission Reduction CDM: Clean Development Mechanism
What? Compliance tools
NPA Secondary Primary Projects
• Incertitude on quantities and delivery
• Regulatory, country and counterparty risk
• Multiyear Delivery • Long negotiation: months • Carbon funds
Price Risk
Carbon Credits: CERs
Others
• Counterparty risk • Organized markets or bilateral • Different vintage • Immediate negotiation
EUAs
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When? or When what?
Monitoring the position and with the goal of compliance
• Primary credits: opportunities,
carbon funds
• Secondary credits: at the same time than the electricity sales while there is a discount
• EUAs: at the same time than the electricity sales and as buffer
Iberdrola’s production sold in Forward Markets
2006 2011e
0%
2008
95%
40%
2009
55%
Mton
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How much? Credit limit
3
2
1,3 3
2
1,3
Credit limit for electricity sector in Spain is 42% (7,9% for cogeneration) of the allocation: a big quantity of credits to manage and optimize
Uncertainties in credits regulation deeply affect the CO2 balance
CERs / ERUs
What to use?
How many to use?
When to use?
Credit limit
15,5 Mton
41,5 Mton
NAP
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Agenda
Current situation: Uncertainties
Conclusions
Iberdrola’s overview
Iberdrola’s approach
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Conclusions
• Delaying the use of CERs….
• ….but always taking into account the maximization of the spreads
• Adjusting our balance continuously • With a close follow-up on regulation:
• Auctions • Compliant post 2012 CERs
Our strategy is continuously under review and currently:
The only motive of emissions market existence is regulation. This market needs certainty and stability.
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IBERDROLA
July 2008
THANK YOU!
Brussels 7th October 2011