vice president of energy hamilton moss london, 2015 caf and the energy sector in la: how can we help...
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Vice President of EnergyHamilton Moss
London, 2015
CAF and the energy sector in LA: How can we help in the energy storage issue?
Contents Some few words about CAF – Latin America Development BankCAF’s action in the energy sector in LA – an overview highlighting interface with storage issuesConclusions
CAF – development bank of Latin America
CAF is a development bank established in 1970. Its current shareholders are
19 countries of Latin America, the Caribbean and Europe, as well as
14 private banks from the Andean region
Membership Evolution
1990 2000 2011
• Bolivia
• Colombia
• Ecuador
• Perú
• Venezuela
• Argentina• Bolivia• Brasil• Colombia• Ecuador• Panamá• Paraguay• Perú• Trinidad y Tobago• Uruguay• Venezuela• Costa Rica• Chile• Jamaica• México• Rep. Dominicana• Barbados
• España• Portugal
5 countries 16 countries 19 countries
• Argentina
• Brasil
• Panamá
• Paraguay
• Uruguay
• Costa Rica
• Chile
• Jamaica
• México
• Rep. Dominicana
• Trinidad y Tobago
• Bolivia
• Colombia
• Ecuador
• Perú
• Venezuela
Support for Energy Projects
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 -
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
18,000
20,000
1,80% 2,57%3,19%
6,22% 13,80%18,70%
24,56% 29,51%
28,77%
28,17%28,48% 27,97%
Otros
VP. DE ENERGIA
USD 5.492 MM
USD 14.142 MMUSD
Mill
ones
CAF’s Direct Portfolio
TOTAL CAF
USD 19,634 MM
(Feb 2015)
CAF in numbers
USD 5.49 Billion
Infrastructure34.2%
Energy30.2%
Social Development15.9%
Productive and Financial Sector
14.9%
Country Programs4.7%
CAF’s Direct Portfolio 2015
TOTAL CAF
USD 19,634 MM
(Feb 2015)
CAF Energy Investment - Projects
Energy Portfolio (Feb 2015): USD 5.49 Billion
Venezuela48%
Argentina24%
Peru5%
Brazil4%
Ecuador5%
Uruguay6%
Colombia2%
Costa Rica1%
Bolivia2%
Multinational1%
Panama1%
Mexico0%
Jamaica0%
Paraguay0%
Energy Portfolio by countries (2015)
Thermoelectric28%
Hydroelectric34%
Transmission25%
O&G6%
Wind2%
Distribution3%
Other sources1%
Energy Portfolio by technology(2015)
CAF’s Energy Studies
Technical Assistance Portfolio: USD 6.1 MM
Infrastructure Devel-opment
2%
Energy Efficiency33%
Renewable Energy
43%
Institutional Strengthening
3%
Regional Inte-gration
10%
Energy Security6%
Regional Networks3%
T.A. Funds by theme(2015)
Bolivia20%
Brasil2%
Perú25%
Programas CAF6%
Regional43%
República Dominicana2%
Venezuela3%
T.A. Funds by country
Strategic Lines
12
345
Support to energy security
67
Promote a regional energy network
Encourage to regional integration projects
Sponsor energy efficiency
Promote clean and renewable energy
Expand rural electricity services
Technological innovation
8 agencies working together to
increase the synergies in LA’s energy
sector
Coordinating instututional efforts
Study: New Opportunities for Electricity Interconnection in Latin America
CAF & CIER studied new projects looking to
promote strategic exchanges to enhance
energy security in the region and
increase added value
Technological Development
What is the purpose of this initiative?To establish a regional platform for the generation of patentable technological concepts through international applications for patents from Latin America and the Caribbean. This first call for proposals will focus on renewable energies and energy efficiency; however, future editions will take into consideration other priority sectors of the region.
Initiative's contribution• Educate the population about the process of obtaining patents internationally• Increase international applications for patent from the region (through USTPO).• Implement pilot projects for the selected technologies• Promote the creation of patent incubators in the region.• Generate regional knowledge and training networks related to technological patents• Principles• Aimed at Latin America and the Caribbean countries• The technological sectors chosen for technological patent development will be those
prioritized by the initiative
Investment has increased in LA over the past years
Investment by year and sector as a percentage of GDP, 11 countries (current dollars)
What to expect…
• Modest growth rates
• We do not expect an economic collapse
• LA has developed buffer mechanisms to navigate through the deterioration of the external economic conditions
• It is necessary to invest in infrastructure in order to prepare for the next growth cycle
Latin American energy resource base
693 GW of Hydropower Potential
20% of World’s Oil Reserves
4% of World’s Gas Reserves
1,5% of World’s Coal Reserves
Source: OLADE (2012)Source: CAF (2013)
Proven Reserves
Oil
Natural Gas
Coal
Uranium
Hydropower
Potential Energy Resources
Wind
Photovoltaic
Solar
Geothermal
Biomass
Biodiesel
Ethanol
Latin America is an urban region
8 out of10
Latin Americans
live in cities
Souce: World Bank (2012)
35% lives in cities with over1 Million inhabitants
Energy resources are unevenly distributedMexico
Wind (W/m2) 22Geothermal (MW) 3.650Hydro (MW) 53.000Solar (W/m2) 506Natural Gas(Gm3) 358Oil (Mbbl) 13.810
VenezuelaWind (W/m2) 39Geothermal (MW) Hydro (MW) 58.000Solar (W/m2) 484Natural Gas(Gm3) 5.561Oil (Mbbl) 297.735
BrasilWind (W/m2) 33Geothermal (MW) Hydro (MW) 260.093Solar (W/m2) 471
Natural Gas(Gm3) 459Oil (Mbbl) 15.320
ArgentinaWind (W/m2) 68Geothermal (MW) 120,6Hydro (MW) 40.400Solar (W/m2) 412Natural Gas(Gm3) 867Oil (Mbbl) 2353
PeruWind (W/m2) 62Geothermal (MW) Hydro (MW) 58.937Solar (W/m2) 508Natural Gas(Gm3) 436Oil (Mbbl) 632
ColombiaWind (W/m2) 55Geothermal (MW) Hydro (MW) 93.000Solar (W/m2) 417,8Natural Gas(Gm3) 161Oil (Mbbl) 2.377
BoliviaWind (W/m2) 57Geothermal (MW) 120Hydro (MW) 40.000Solar (W/m2) 503Natural Gas(Gm3) 231Oil (Mbbl) 169
Source: OLADE, SIEE (2012)
Growing tendency for electricity consumption
2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012600000
700000
800000
900000
1000000
1100000
1200000
1300000
1400000
Electricity Consumption in Latin America and the Caribbean (GWh)
YearSource: OLADE, SIEE (2013)
Average annual 4.2% growth during last 10 years
Total North America
Total S. & Cent. America
Total Europe & Eurasia
Total Middle East
Total Africa Total Asia Pacific
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Regional energy consumption pattern(2013)
Coal Oil Natural Gas Nuclear Energy Hydro electric Renewables
Latin America’s Energy Mix
Source: Data BP Statistical Review (2014)
Latin America’s Electricity Generating Installed Capacity
Hydro49%
Steam19%
Gas21%
Diesel8%
Geothermal0%
Nuclear1% Others
1%
Source: OLADE, SIEE (2013)
Total:
316.745 MW
Electricity: high growth in a volatile prices environment
• Elevated coverage: 92.7% (98.7% urban, 70.6% rural). Relatively high, although some countries lag behind
• Sustained growth of energy demand and power capacity: 36% and 25%, between 2000-2010. Volatile prices shape regulatory frameworks to secure generation
• Generation: installed capacity accounts 56% hydro and 40% thermal; reserve margins are shallow
• Transmission is expensive due to low density of consumption sector• Tendency to incorporate renewable sources to reduce carbon emissions• Important participation of the private sector, particularly in the generation segment
More people, more income… bigger energy consumption
Source: BP Energy Outlook 2030
+1.3 billion people
x2World GDP
>36%Primary energy
consumption*
*93% belongs to No-OECD
Energy trends in LAC
In 20 years, LAC will daily demand:
12.3
5,2 2900
6.5 million bpd
of oil
4.5 billion m³pd
of gas
1200 TWh
of electricity
According to CAF estimations, based on
national plans and private sector
announcements, LA will demand at least USD
71 Billion per year over the next decade in
the energy sector
Resources needed
Renewable Generation
Hydropower accounts for 47,7% of electricity generation in the region, which has been displaced by generation from fossil fuelsNCREs share in generation: 3.3% in 2005 to 6.0% in 2013
0
200
400
600
800
1,000
1,200
1,400
1,600
1,800
LAC: generation by source(TWh)
Nuclear
ERNCs
Fosiles
Hidro
50
100
150
200
250
300
LAC: generation by source(2003=100)
ERNCs
Fosiles
To-tal
Hidro
Nuclear
NCREs have grown within the Latin American electricity mix On average, 7.4 TWh per year have been added during this periodGeneration based on NCREs: 34.2 TWh to 91.8 TWh within a decade12.8% annual growth rate on average since 2007
Fossil
Fossil
Source: CAF (2014)
NCRE
Hydro
Hydro
NCREs
Wind Power in Latin America
Aggregated growth of approximately 900% during this period
LAC: wind power: installed capacity(MW)
Normalized generation costs in LAC(USD/MWh)
Source: CAF (2014)
Wind energy has reached critical a mass in several markets in LACLAC is currently developing an important wind power industry to complement its vast hydropower resources and biomassIn the short term, increasing the competitiveness of this technology will enhance its attractivenessIn the long term, growing pressures to consolidate regional energy security and diversification of its energy supply will continue to foster wind power growth in LACAccording to the latest projections of the International Energy Agency (IEA), the region will generate around 59.8 TWh of wind power by 2018, a significant increase compared to 10.9 TWh generated in 2013
Drivers of wind energy in LAC
Wind Power in Latin America
LAC: Wind Power Generation Forecast(2014-2018, TWh)
Source: CAF (2014)
LAC: generation based on solar energy is still incipient It has shown clear signs of increasing dynamism: installed capacity went from 37.2 GWh in 2013 to 373 GWh in 2013Within those three years it registered 90% of the growth accumulated in the last twelve years
200020012002200320042005200620072008200920102011201220130.0
50.0
100.0
150.0
200.0
250.0
300.0
350.0
400.0
LAC: Generation based in solar energy(GWh)
Otros
Brasil
Ecuador
Chile
Venezuela
Argentina
Mexico
Peru
Solar Energy in Latin America
The significant expansion is mainly explained by the growth experienced by Peruvian solar marketPeru, Mexico and Argentina concentrate almost three quarters of the solar energy generated in the regionRapid expansion of solar farms in LAC: 68.5 MW in 2012, 131 MW in 2013 and 433 MW till September 2014it is estimated that the additions in 2014 reached 805 MW
Source: CAF (2014)
The normalized average cost of photovoltaic generation in LAC has been declining. Currently solar generation costs averages US $ 200 per MWh, with a maximum of $ US 312 and a low of $ US 115.
Solar Generation in Latin AmericaSo
lar F
VSo
lar C
P
Sola
r cen
tral (
torre
)Geo
term
icaHi
dro
≤ 20
Hidr
o >
20
Eolic
a (c
lase
6 y
7)
Biom
asa
/ bio
gas
Ciclo
com
bina
do G
NCi
clo si
mpl
e GN
Com
busti
on d
iese
l
Com
busti
on fu
el o
ilTe
rmica
fuel
oil
Carb
on
0
50
100
150
200
250
300
350
Costos normalizados de generacion en LAC($US/MWh - media, minimo y maximo)
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 20130.0
50.0
100.0
150.0
200.0
250.0
300.0
350.0
400.0
LAC: generacion en base a energia solar(GWh)
Otros
Brasil
Ecuador
Chile
Venezuela
Argentina
Mexico
Peru
Normalized costs of generation in LAC($US/MWh- media, min and max)
LAC: Generation based on solar energy(GWh)
Source: CAF (2014)
Additions to solar PV installed capacity in LAC during 2014 are expected to have reached 805 MWProjects pipeline: 2,300 MW of photovoltaic capacity will be incorporated in 2015During the last quarter of 2014, nearly 2.9 GW were incorporated into the generation projects pipeline224 GW in Power Purchase Agreements (PPAs) have been signed
2012 2013 2014 2015 2016 2017 20180
500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
-50%
0%
50%
100%
150%
200%
250%
300%
350%
69 131
805
2,313
1,874
2,690
3,664
Additions to installed PV capacity
MW
Δ% annual (izq)
Solar Generation in Latin America
Source: CAF (2014)
Overcoming the challenges
• So far, LA has performed well in satisfying its population’s energy needs. Nonetheless, investments must be intensified, especially in electricity generated by new renewables.
• Energy demand has grown and thus the requirements to reduce the impact of resource use. The constant search for new sources and an increase in energy efficiency are key elements for the sustainable development of LA’s energy sector.
• The storage issue is very important for the effective use of new renewable sources, and can bring new opportunities both for urban and rural applications. Cost is a key factor to improve its use.
• Cooperation amongst different actors and institutions is fundamental to overcome the new challenges that lie ahead.