Iraq’s electricity crisis a review hh istepanian june 2013
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Transcript of Iraq’s electricity crisis a review hh istepanian june 2013
Reform of electricity sector in post conflict
states - Iraq case study
University of GlasgowCollege of Social Sciences - Adam Smith Business School
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
IRAQ’S ELECTRICITY CRISIS: A REVIEW
26 June 2013
STUDENT
Harry Istepanian
1ST SUPERVISOR
Dr. James Wilson
2ND SUPERVISOR
Dr Arjunan Subramanian
Summary
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ Study progress
▫ General overview on Iraq
▫ Causes of electricity crisis in Iraq post 2003-war
▫ Electricity Demand Forecast Methodology
▫ Key Parameters for Electricity Demand
▫ Iraq Energy Policy Issues and Challenges
Study Progress
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
a) Attended PhD Programme Retreat - September 2012
b) Literature review (Completed) – June 2013
c) Collect data and country information (Completed) – June
2013
d) Review and analyse the current electricity crisis in Iraq
(Completed) – Draft report submitted on 15 June 2013
e) Evaluate the forecast for electricity demand using
econometric methods (In progress).
About Iraq
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
75%of Iraqis identified poverty as the most pressing need
Land Area
438,000 km235% of households believe that electricity should be the top priority for improvement
14.6 hours of electricity per day on average households receive through a combination of the public network or private generators.
90% of households supplement the public network with private generators.
Oil contribution of GDP is
60%
90%of Government revenue is from oil contribution
143 billion barrels is Iraq oil reserve
Sources: UNDP, World Bank, IMF, Ministry of Planning; Map: Google.com
population stands at approximately
32 millionBy 2030, it will grow to almost
50 million
71% of Iraqis live in urban areas
13% of these households have more than ten occupants
Unemployment rate is
11%50%of the population is lessthan 19 years old
Million barrels of oil per day
2.6Iraq currently produces
3,100 billion standard cubic meters of gas reserves.
Iraq Political Timeline
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
1917 – Britain seizes Baghdad.
1921 – Faisal I, son of Hussein Bin Ali, is crowned Iraq’s first King.
1932 – Iraq becomes an independent state.
1958 – King Faisal II is overthrown in a military coup.
1968 – A Ba’athist led coup.
1972 – Iraq nationalises the Iraq Petroleum Company (IPC).
1979 – Saddam Hussein succeeds Ahmed Hassan Al-Bakr as president.
1980 – 1988 Iran – Iraq war.
1990 – Iraq invades Kuwait, prompting what becomes known as the first Gulf War. A massive
US-led military campaign forces Iraq to withdraw in February 1991. Followed by UN
mandatory economic sanctions.
1995 – UNSC Resolution 986 allows the partial resumption of oil exports to buy food and
medicine (the “oil-for-food programme”).
1998 – US and UK launch a bombing campaign, “Operation Desert Fox” to destroy Iraq’s WMD
programmes.
Sources: http://www.bbc.co.uk/news/world-middle-east-14546763; http://en.wikipedia.org/wiki/Main_Page; www.guardian.co.uk; www.telegraph.co.uk; www.bbc.co.uk; www.reuters.com; www.illumemagazine.com
Iraq Political Timeline
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
2003 March – US-led invasion topples Saddam Hussein’s government, marks start of years of
violent conflicts.
2003 August – Insurgency intensifies. Hundreds are reported killed in fighting during the month-
long US military siege of the city of Falluja.
2006 February onwards – Sectarian violence.
2006 May and June – An average of more than 100 civilians are killed per day in violence in
Iraq, the UN says.
2007 January – UN says more than 34,000 civilians were killed in violence during 2006.
2007 December – Britain hands over security of Basra province to Iraqi forces, effectively
marking the end of nearly five years of British control of southern Iraq.
2009 March – US President Barack Obama announces withdrawal of most US troops by end of
August 2010.
2011 December – US completes troop pull out.
2013 April – Iraq Body Count (www.iraqbodycount.org) estimates 121,722 people were killed
since the invasion in 2003. Some put the number as high as 170,000.
Sources: http://www.bbc.co.uk/news/world-middle-east-14546763; http://en.wikipedia.org/wiki/Main_Page; www.guardian.co.uk; www.telegraph.co.uk; www.bbc.co.uk; www.reuters.com; www.illumemagazine.com
Electricity Crisis Post 2003 war
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Aljazeera.net/english
Inside Iraq
Source: Al Jazeera TV (2010)
Electricity Crisis Post 2003 war
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
The Special Inspector General for Iraq Reconstruction (SIGIR) report “Hard Lessons: The Iraq Reconstruction Experience” (2009) concluded that:
There were several irregularities and setbacks in the electricity reconstruction efforts.
The electricity reconstruction was substantially costly and complex.
Causes of Electricity Crisis in Iraq
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Iraq Electricity
Crisis
Organisational
Suppressed Demand
Incorrect policies and economic strategies
Research Objectives
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Analysis
Demand forecasting
Restructuring
Policies and Economics
Sector optimisation
Overview of Electricity Sector Structure
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ The Electricity sector in Iraq is run by the
Ministry of Electricity.
▫ The Ministry oversee the operation of 6
regional generation, 5 transmission
(400kV and 132kV), and 7 regional
distribution directorates general, with 10
other directorates and supporting offices.
▫ Employs more than 43,000 (2006).
▫ The total installed generation capacity is
over 16,800 MW (2012) from 478
generation units.
▫ Iraq has the lowest power consumption
(suppressed) per capita (1,068
kWh/capita) compared to its neighbouring
countries
Hydro; 13.71%
Thermal; 29.75%Gas
Turbine; 47.70%
Diesel; 8.83%
Source: Ministry of Electricity (2011)
Crude Oil ; 28.20%
HFO; 28.17%
Diesel; 0.60%
Gasoil; 7.24%
Natural Gas;
35.80%
Average Electricity Supply vs. Estimated Demand 2000 - 2012
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
(Source: SIGIR, Learning from Iraq; A Final Report , March 2012)
The estimated average net capacity available at peak is
9,000 MW
The estimated average net capacity required to meet the
peak demand is 15,000 MW (IEA, 2012).
Electricity Demand Forecast
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
The load forecast for Iraq is complex due:• High level of suppressed demand and,• Lack of accurate historical data for actual
demand.
A simple econometric forecasting method is used for the estimation of demand.
The approach is limited to two main explanatory variables: (a) income development, of which the
percentage growth in GDP is used as an indicator and,
(b) the electricity price development.
Electricity Demand Forecast Methodology
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Residential Demand
𝑡 𝑅 = ሼሾሺ1+ 𝛼𝑡𝑅 .𝜖ሻ .ሺ1+ 𝑇𝑡 .𝜏𝑅ሻሿ− 1ሽ+ {(𝑛𝑡.𝜃)𝜇𝑡−1𝑅 100 } Where:
tR ⩽1, (t=1,2,3,…n) is the growth rate of residential electricity consumption at
the year t,
a = growth rate of real income at year t,
ϵ = income elasticity of demand (IEoD),
Tt = is the tariff increase at year t,
R = price elasticity of demand for the residential sector (PEoD),
nt = number of new residential customers at year t,
θ = average electricity consumption for the new residential customers,
μ t-1 = residential electricity demand in year t-1.
Electricity Demand Forecast Methodology
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Commercial, Industrial and Agricultural and Public Demand
Where:
tC
, tP ⩽1, (t=1,2,3,…n) is the growth rate of commercial, industrial, agricultural
and public electricity consumption at the year t respectively,
a = growth rate of real income at year t,
ϵ = income elasticity of demand (IEoD),
Tt = is the tariff increase at year t,
C, P = price elasticity of demand (PEoD) for commercial, industrial and
agricultural and public sectors respectively (C , P ⩽ 1) .
𝑡 𝐶 = ሼሾሺ1+ 𝛼𝑡𝐶 .𝜖ሻ .ሺ1+ 𝑇𝑡 .𝜏𝐶ሻሿ− 1ሽ 𝑡 𝑃 = ሼሾሺ1+ 𝛼𝑡𝑃 .𝜖ሻ .ሺ1+ 𝑇𝑡 .𝜏𝑃ሻሿ− 1ሽ
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Population▫ The growth in population will exert
tremendous pressure on the energy
resources of the country.
▫ Iraq’s population was 33.3 million in June
2011 and will become 55.85 million by
2030.
▫ Current deficiency in housing is more than
1 million housing units.
▫ Estimated number of housing stock will
reach 8.4 million units by 2030.
▫ 97% of the households will be connected to
the electricity grid in 2030 compared to
79% in 2012.
Children living next to Daurra Oil Refinery near Baghdad.(Source: http://commons.wikimedia.org)
▫ the number of household customers is expected to double from 3.94 million
connected households to 8.40 million in 2030.
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Gross Domestic Product
Iraq’s GDP growth has been distinctively volatile in the past thirty years.
1960 1965 1970 1975 1980 1985 1990 1995 2000 2005 20100
20
40
60
80
100
120
YEAR
Gro
ss D
om
est
ic P
rod
uct
(C
urr
en
t U
SD
B
illio
ns)
Iran - Iran war started
(September 1980)
Iran - Iran war ended (August
1988)
Iraq war started (March
2003)
Civil Unrest (February 2006 - July
2008
Oil nationalisa-tion (June
1972)
Gulf war started (Au-gust 1990)
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ The substantial increase in
the growth rate post 2003
was due to sharp increase in
crude oil prices (US$ 27.68 in
2003 – US$ 86.46 in 2012)
▫ GDP growth forecast is 10.6%
per annum during 2010-2020
and expected to decline
gradually thereafter to settle
around 8.78% in the next two
decades (IEA, 2012).
Gross Domestic Product
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Income Elasticity of Demand
A measure of the relationship between a change in
the quantity demanded for a particular good and a
change in real income.% change in Quantity Demanded
IEoD (ϵ)= --------------------------------------------% change in income
We considered:
▫ Residential IEoD= 1.1 (1.3 – 1.6)
▫ Commercial, Industrial and Agricultural IEoD= 1.0
▫ Public IEoD= 0.9
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ The current tariff levels for the five consumer categories are heavily
subsidised.
▫ Comparison of Iraq electricity tariffs with selected world and neighbouring
countries.
The Electricity Tariff
Sources: Ministry of Electricity; World Bank; http://en.wikipedia.org/wiki/Electricity_tariff
Country US ¢/kWh GDP/Capita (US $) [2011]
Iraq 0.85 ~ 4.50 (weighted average is 1.85)
3,501
UK 20.0 38,818
USA 8 ~ 17 48,442
Jordan 5 ~ 33 4,666
Turkey 13.1 10,498
Iran 2 ~ 19 4,526 (2009)
India 8 ~ 12 1,489
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ the cost-covering tariff is around 11.30 US
¢/kWh.
▫ High technical and non-technical losses in the
T&D are contributing heavily to the high cost-
covering tariff.
▫ A more reasonable estimate with the current
condition of electricity grid will be 15 US ¢/kWh
(generation cost: 6 - 8 US ¢/kWh and
transmission and distribution cost: 7 - 10 US
¢/kWh).
The Electricity Tariff
Key Parameters for Electricity Demand
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
We considered:
▫ Residential PEoD = -0.2
▫ Commercial, industrial and Agricultural PEoD = -0.3
▫ Public PEoD = -0.1
Price Elasticity of DemandMeasures the rate of response of quantity demanded
due to a price change. The formula for the Price
Elasticity of Demand is:
% Change in Quantity DemandedPEoD ()= --------------------------------------------
% Change in Price
Electricity Demand Forecast Comparison
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
the demand estimation using current methodology is higher than base case load estimation anticipated originally by the Ministry’s Master Plan and closer to the high base forecast.
2010 2012 2014 2016 2018 2020 2022 2024 2026 2028 20300
50,000,000
100,000,000
150,000,000
200,000,000
250,000,000
300,000,000
350,000,000
400,000,000
450,000,000
Calculated Demand Forecast Master Plan Total Demand Forecast
Ele
ctri
city
Con
sum
pti
on
(M
Wh
/YEA
R)
YEAR
Electricity Demand Forecast
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ Total peak demand is expected to be around 46,867 MW in 2030.
▫ The calculated demand is 23.7% higher than the base case forecast reported in
the Ministry’s load Master Plan forecast (35,750 MW in 2030).
▫ The growth rate in the demand is expected to decline steadily from the current
level of 11.72% in 2013 to reach around 5.51%.
2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 20300.00%
2.00%
4.00%
6.00%
8.00%
10.00%
12.00%
14.00%
Gro
wth
rate
of
Ele
ctri
city
D
em
and
YEAR
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
[Reference: Luay J. Al Khatteeb (2011), ‘Capitalising on Iraq’s Natural Gas Resources’, Iraq Power & Gas Projects (MEED 2011), 13th – 14th June 2011, Conrad Istanbul.]
Iraq “Power” Status quo!
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
The The current vertically integrated structure of the sector is
exacerbated by:
▫ Lack of clear policies,
▫ Government micromanagement, and
▫ Poor regulation
It is necessary to make the sector more attractive for potential
independent investors.
The government have been reluctant so far to take any serious
measures to privatise the electricity sector.
Iraq Energy Policy
Restructuring and Privatisation
Iraq Energy Policy
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ Iraq has the world’s 11th largest proven gas reserves – around
3.6 trillion cubic meters (2010).
▫ Natural gas production was 1.9 billion cubic meters in 2011
(BP, 2012).
▫ Natural gas might presents the key solutions to the electricity
crisis especially with escalating price of crude oil.
▫ Inadequate investment in natural gas industry.
▫ The newly built electricity generation will require around 7 – 10
million cubic meters per day will force Iraq to continue heavy
reliance on imported gas from Iran.
▫ Renewable technologies including solar, wind and hydro-
electric could offer tremendous benefits for meeting the
country’s energy needs.
Inefficient Utilisation of Natural Resources
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ The sector depends heavily on government subsidy due to
inefficient and below-cost recovery tariff structures (Krause,
2005; Fattouh & El-Katiri, 2012).
▫ Undermined financial viability due to:
▫ Performance deterioration.
▫ Economic inflation since 1990s.
▫ Failure to realign prices with underlying costs.
▫ Failure to establish adequate rate increases.
▫ Collection rates below 30% or less of the billed amounts.
▫ Frozen end-consumer tariffs since 2003 and no tariff
adjustments to partially recover the high reconstruction cost.
Tariff Structure
Iraq Energy Policy
Iraq Energy Policy Issues and Challenges
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
The Electricity Tariff
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
0.00
2.00
4.00
6.00
8.00
10.00
12.00
US c
ents
/kW
h
>15 years to increase the tariffs to attain the current cost-covering level (11.30 US ¢/kWh) at average increases between 5 – 15% per annum.
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
▫ Organisational development of electricity sector in Iraq.
▫ Continue field Investigation and Interviews (~ December 2013).
▫ Develop the nexus between violence level and energy consumption
during the period 2003 – 2008 (~ September 2013).
▫ Adopt various econometric methods (e.g. ARMA) in analysing the
electricity demand (~ March 2013).
Future Work Plan
Short term Plan
Long term Plan
▫ Investigate the impact of electricity crisis on political, economic and
social well-being.
▫ Development of sector model and restructuring.
▫ Optimisation of the sector.
▫ Thesis writing!
© 2013 Harry Istepanian, University of Glasgow, UK – All Rights Reserved
Discussion
Thank you!