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PSIA Energy Tajikistanresearch funded by UNDP Bureau for Europe and the CIS
Lilit Melikyan and Hasmik Ghukassyan
Almaty13 April 2011
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Growing household energy insecurity in Tajikistan
Changes in apparent electricity consumption* (2007 = 100)
Annual household electricity inflation rates
2006 2007 2008 2009 201090919293949596979899
100
2007 2008 2009 2010
35%
97%
59%
38%
* Generation minus exports. Source: State Statistical Agency.
Tajikistan’s energy sector: Some numbers to consider
1 million: An estimate of the number of people who spend much of the winter without electricity, heat
10%: Although nearly three quarters of the population lives in rural areas, they only account for 10% of electricity consumption
$2.2 billion: The financing gap associated with Tajikistan’s programme for building large hydropower plants, new electricity transmission infrastructure
Electricity: Barqi Tojik
Vertically integrated state monopoly Hydropower dominates generation assets Collections: From 54% (2004) to 72% (2009)
Technical and commercial losses: From 19% (2004) to 14% (2009)
Household tariffs:◦Cross-subsidized by other users◦Committed to raise them
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A public-private partnership in Gorno Badakhshan◦ 25 year concession◦ Shareholders: IFC and Aga Khan Development Foundation
Service: More than 90% of 29,000 households receive electricity from Pamir Energy
Difficult start but strong progress◦ Average supply per day: 23.5 hours◦ Losses: down to 20% (from 39%)
Tariffs: ◦ More rapid growth than at Barqi Tojik◦ Lifeline scheme funded by SECO (around $5million)
expiring end of 2011 Subsidy scheme: for up to 200 kWh per month in
winter and 50 kWh per month in summer, the consumers pay 0.25 ¢/kWh
Electricity: Pamir Energy
Source: Pamir Energy Information note
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National poverty rate Extreme poverty rate 4 or more children
53%
17%
62%
47%
72%2007 2009
Income poverty trends
Source: State Statistical Agency
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Natio
nal
Dusha
nbe
Villa
ges
92%
93%
94%
95%
96%
97%
98%
99%2007 2009
National Dushanbe Villages
390
419
364357
477
327
2007
2009
Link between grid connections, electricity supplies has been broken
Average monthly household electricity consumption (kWh)
Share of households using electricity
Source: State Statistical Agency
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Wood Electricity Dung Coal Other
40%
26%
17%13%
4%
44%
32%
10%12% 12%
2007 2009
Half the population heats with wood and dung . . . With impli-cations for health, deforesta-tion
Share of households heating with various fuel sources
Source: State Statistical Agency
Reliable electricity supplies: Estimated benefits
Income-poverty elasticity estimate in 2010-2012 PRSP suggests that higher GDP growth could lift 120,000 people out of poverty
One megawatt of additional installed capacity in small hydropower plants creates 40 “green jobs” (UNDP-Tajikistan)
In other countries, extensive use of diesel generators has been found to reduce GDP by up to 40%
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International affordability benchmarks (share of household expenditures devoted to energy
spending)
Electricity Heat Water
World Bank 10-15% 3-5%
WHO 10%
UNECE 15%
UK gov’t 10% 3%
US gov’t 6% 2.5%
How much household spending on energy is too
much?
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National Dushanbe
34%
26%
40%
32%
Average
Poorest quintile
Rural Other urban
35%32%
38%
55%Average
Poorest quintile
Is household energy spending
at “unaffordable” levels?
Share of household expenditures devoted to energy, 2009 data. Source: State Statistical Agency.
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National Poor Non-poor
59%
63%
56%
After food and energy spending, what’s left over?
Official survey data imply that food + energy expenditures absorb 100% (or more) of many household budgetsSource: State Statistical Agency
Share of household spending
devoted to food (2009)
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Simulation of impact of raising household electricity tariffs from $0.019 kWh (at present) to $0.034/kWh
Assumptions:◦ No reduction in volume of electricity consumed◦ No change in other energy prices, quantities◦ No change in real household incomes
Results: share of poor household expenditures devoted to:◦ Electricity rise to 8% ◦ Energy overall rise to 56%
Implications:◦ Even more pressures on household budgets◦ Can social policy mitigate this impact?
What happens if electricity tariffs rise to cost-recovery
levels?
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Quarti
le 1
(poo
rest
)
Quarti
le 2
Quarti
le 3
Quarti
le 4
Quarti
le 5
(wea
lthie
st)
23%27%
20%18%
12%
World Bank research Only 0.5% of
GDP devoted to social protection in 2009
Household electricity and gas subsidies are included
Only half of this share is received by poorest households (1st, 2nd quartiles)
Poverty rate only reduced by 0.3%
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The debate: Cash transfers versus lifeline tariffs
Our simulation indicates that a lifeline would lift more people out of severe poverty than other social assistance policies◦ This is consistent
with other research results for small countries with high poverty and connection rates
Under scenario 3 the extreme poverty rate would fall by 5% (from 20.2% 19.1%)
Average monthly electricit
y consum-
ption(kWh)
Baseline
2009 7.5
dirham per kWh
Scenario 1
2011 tariff at 9.9
dirham per kWh
Scenario 2
Cost recovery level 13.1
dirham per kWh
Scenario 3Cost
recovery level (13.1
dirham/kWh) with
lifeline (100 kWh at 1.0313
dirham/kWh)
All households
357 2.0% 2.7% 3.6% 2.6%
Poor 332 2.8% 3.9% 5.3% 3.7%
Very poor 339 3.6% 5.2% 7.2% 5.1%
Not poor 373 1.7% 2.2% 2.9% 2.1%
Share of electricity expenditures in total household expenditures, by poverty level, under different tariff scenarios
Assumptions: a) household electricity consumption remains unchanged; b) households consume the same amount of electricity under different tariffs; c) household incomes remain unchanged; andd) lifeline limits are applied to all households.
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Social assistance to mitigate the impact of energy prices
World Bank/EC-led reform: ◦ Proxy-means
testing◦ Improved
management Two-year pilot
Khatlon oblast (until 12/2012)
Annual allocations will be 400 somoni ($91), paid out quarterly through Amonat bank
Characteristic Used for urban
households Used for rural
households Household size * * Gas oven * Generator * Electric radiator * * Refrigerator * Satellite dish * * Car or truck * * Computer * Household head’s employment sector * Household Head’s Education * Housing Roof Material * * Number of Children under 15 * * Oblast * * No of disabled of 1st category and disabled children in the household1
*
Total Number of Variables 11 9 Source: Robert van Leeuwen (Team leader), EU/ Mott MacDonald , “Presentation of the PMT system in Tajikistan” , November 2010.
Indicator composition of Tajikistan’s proxy means testing pilot
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Combine:◦ The present system◦ A lifeline tariff regime◦ Some categorical targeting
A recent ADB study finds that many features of Tajikistan’s existing assistance programme could be combined with such a scheme, thereby facilitating its introduction
Introducing cash transfers is advised—but, in the
meantime?
Connection subsidies (gas and electricity)
Subsidies or vouchers to encourage the use of clean fuels (e.g., LPG)
Subsidies for energy efficient household appliances, insulation, and other energy-saving technologies—possibly via vouchers—could be considered
Potentially assistance with firewood harvesting
Transitional scheme?Other social assistance measures
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Enabling legislation/regulations need to be adopted for:◦ The 2010 Renewable Energy law◦ Energy efficiency legislation
National Heating strategy . ◦ Resolve uncertainties regarding”
Extent of rehabilitation or expansion of the central heating system
Other alternatives: Centralized: (electricity, piped gas) Decentralized (LPG)
Financing for energy efficiency, decentralized renewables:◦ UNDP-proposed trust fund◦ Credit lines through local banks to fund renewables
Other policy recommendations
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Improve energy poverty component of living standard survey data
Conduct willingness-to-pay surveys regarding possible tariff increases
Use computable general equilibrium, macroeconomic models (e.g., PAMS) to more fully model the impact of tariff, other policy changes.
Apply social cost benefit analysis
Research recommendations
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Thank you....