session ii: europe and latin america university of...
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Symposium on the Global Energy FutureWashington University in St. Louis
Prof. Dr.-Ing. Rodrigo Palma-Behnke
October, 2010
General Coordinator, Domeyko ProgramDirector, Centro de Energía (DIE-CMM-ISCI) Facultad de Ciencias Físicas y Matemáticas
Universidad de Chile
Session II: Europe and Latin AmericaUniversity of Chile
Universidad de Chile
Special characteristics of the Chilean energy supply and resources are identified
Analysis of opportunities and challenges for
future collaboration.
Objective
octubre de 2010
3
The Chilean Energy Sector
University of Chile
Opportunities and challenges
Conclusions
Contents
• 17 million people
• Nearly 4200 km long.
• 756626 km2
• GDP per capita US$ 9,672 (2009)
1. The Chilean Energy Sector Chile in the Region
5
4000
km
~13500 MW today
Installed Capacity in Chile
REFERENCIAS REFERENCES
Líneas [kV] Lines [kV]
CentralesHidroeléctricasCentralesTermoeléctricas
Nudo Node
Subestación Substation
500345220154110
66
HydroPowerplantsThermalPowerplants
SING – Sistema Interconectado del Norte Grande / Norte Grande Interconnected System
ValparaísoLaguna Verde
San Antonio
REFERENCIAS REFERENCES
CentralesHidroeléctricas
CentralesTermoeléctricas
NudoNodeSubestaciónSubstation
500345220154110
66
HydroPowerplants
ThermalPowerplants
Líneas [kV] Lines [kV]
SIC – Sistema Interconectado Central / Central Interconnected System
1. The Chilean Energy Sector Interconnected systems
* Fuente. U. de Chile, G. Jiménez
Source
21683
11621
138176
8552525 %
26223
5556
3012
28853 –8 %
4002912 %
28964
5862
5024915 %
33632
14251
Natural gas
Hydro
Coal
Wood
58625856 4704
5208
15142
44387
94070
13603
1868
48007
48409Electricity
Coke & gases
416
15167
15889
13764
18494
15827
68613922
4384
5041
5416
1933
Type of energy Type of use
13524440 %
Petroleum 140800
26109
Petroleum fuelderivatives
13544
47884
25262
98284 29212
15174
324
275
Residential, Comercial, public
Mining
Industry
6189524%
3683414%
6205724%
Transportation
9481137%
Importation of processed fuel
1. The Chilean Energy Sector Energy use in Chile
PetroleumNatural gasCoalHidroelectricidadLeña y otros
1969
51%
10%
17%
4%
18%
1979
54%
11%
11%
6%
18%
1988
45%
11%
15%
8%
21%
1998
43%
15%
18%
6%
18%
2006
39%
25%
12%
8%
16%
44%
10%18%
8%
20%
2008
1. The Chilean Energy Sector History-Energy use in Chile
OPEP y guerra Yom Kippur
1973
Revueltas en Irán
1979
Demanda China e India y conflictos
0
50
100
150
200
250
300
1985
1986
1987
1988
1989
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
($U
S/M
Wh)
CMg Marginal cost Precio de Nudo Nodal price
1. The Chilean Energy Sector Energy prices
Spot-prices High-Voltage Regulated Customers
0
5000
10000
15000
20000
25000
30000
35000
60-6
161
-62
62-6
363
-64
64-6
565
-66
66-6
767
-68
68-6
969
-70
70-7
171
-72
72-7
373
-74
74-7
575
-76
76-7
777
-78
78-7
979
-80
80-8
181
-82
82-8
383
-84
84-8
585
-86
86-8
787
-88
88-8
989
-90
90-9
191
-92
92-9
393
-94
94-9
595
-96
96-9
797
-98
98-9
999
-00
00-0
101
-02
02-0
303
-04
04-0
505
-06
Ener
gy [G
Wh]
Hydrological year
Hydro Variability
Ref: CNE
1. The Chilean Energy Sector Hydrological-N. Gas vulnerability
Natural gas shortage
1. The Chilean Energy Sector Good news: Renewable resources
Renewable Energy
SIC Installed Capacity [MW]
Potential [MW]
Hydro 117 20.392
Geothermal 0 16.000
Wind 164 40.000
Biomass 191 13.675
Solar 0 100.000
Total 472 190.067
Source: PREN, U. de Chile,U. Técnica Federico Santa María, 2008
Remember: 13500 MWRenewable Energy Law 2008
Source: CNE
Wind
http://condor.dgf.uchile.cl/ViewerV2/EnergiaRenovable/
1. The Chilean Energy Sector Renewable resources
Monte RedondoTotoral
Lebu (2009), VIII Región, 2,76 MW, 3 unidades
Ampliación proyectadahasta 6,24 MW
Alto Baguales, Coyhaique (2001),1,98 MW, 3 turbinas de 660 kW y
47 [m] de diámetro,a 45 metros (snm).
fp~40%
Canela I (2007), IV Región (km 298), 18 MW con 11 unidades
de 1,65 MW a 70 m snsCanela II (2009), 60 MW, 40 unidades de 1,5 MW
fp ~20%
1. The Chilean Energy Sector Renewable resources
15
0
10000
20000
30000
40000
50000
60000
70000
80000
90000
-10%
-5%
0%
5%
10%
15%
1960
1962
1964
1966
1968
1970
1972
1974
1976
1978
1980
1982
1984
1986
1988
1990
1992
1994
1996
1998
2000
2002
2004
2006
2008
2010
2012
2014
2016
2018
Demand [GWh]Growth rate [%]
Year
Energy demand & Growth Rate1960-2009 Estimation 2019
Demanda [GWh] Crecimiento demanda - Demand growth [%]
1. The Chilean Energy Sector What the future looks like?
1. Mainstream
2. Chile Sustentable
3. Ecosistemas
4. U. Adolfo Ibáñez
5. UTFSM
Visions in the country
Situation 2008
Visions 2030
1. Mainstream
2. Chile Sustentable
3. Ecosistemas
4. U. Adolfo Ibáñez
5. UTFSM
Visions in the country
Situation 2008
Visions 2030
Point of view of a country:
• High growth rates.• Energy dependence coal, nuclear discussion.• Big renewable energy potential.• Without an important technological industry.• With around 40% of the global Lithium reserves.• With air and acoustic pollution, main city, Santiago.• Seeking for innovation & technological development.
1. The Chilean Energy Sector Chilean perspectives
octubre de 2010
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The Chilean Energy Sector
University of Chile
Opportunities and challenges
Conclusions
Contents
2. Introducción
1300 Professors3000 Staff
28000 Students (G ~20%)14 Faculties4 Institutes'9 Centers
167 Year
s
2. University of Chile General description
RECTORSenate
Faculties (14) Interdisciplinary Institutes (4)
― Public Aff.― Est. Internacionales― Nut. y Tec. de Alim. (INTA)― Comunicaciones
― Estudios Ambientales― Bioética― Estudios Andinos― Estudios Europeos
Vicerrectorías:De Asuntos AcadémicosResearch & DevelopmentDe ExtensiónDe Asuntos Económicos y Gestión Institucional
Centers
University Council
― Architecture & Urb.― Artes― Ciencias― Agriculture― Forestry― Economy and Bus.― Physiscs & Mth.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Law― Filosofía y Hum.― Medicina― Odontología
21
2. University of Chile General description
CIEMAT, ETSAM, IIT Madrid
P. Valencia
U. Dortmund
INESC Porto
T.U. Berlin
U. Liege
U. Atenas
U. Waterloo
U. Washington
Purdue U.
M. EnergéticosU. San Juan
IEEE, IEE, CIGRE, ELSEVIER
APERC
U. Yale
U. EdinburghU. Michigan
P.U. Católica
U. Illinois
Ohio State U.
U. Tokio
NTT
U. Southern Cal.
U. C. Berkeley U. Leuven
RPI
U ToulouseGeorgia Tech
U. Auckland
Sydney
U Nacional de San Juan, U. Nacional Tucuman, U. Nacional Corrientes, LEA, UN Rosario
U. Lille
Latu
U. Wageningen Upssala
Imperial College U. Keio
U. Missouri
60 Researchers in thefield of Energy
Washington U. SL
Cooperation based mainly on specific projects and research
groups in the field of energy and environment.
2. University of Chile Worldwide Cooperation Network in Energy
2. Introducción 23
Vicepresidency:
Research and development
Dissemination of the results
Domeyko Program2. University of Chile Domeyko Initiavive
2. Introducción
Energy
24
Relevant topics at country level
2. University of Chile Domeyko Initiavive
RECTORSenado
Facultades (14) InstitutosInterdisciplinarios (4)
― Public Aff.― Est. Internacionales― Nut. y Tec. de Alim. (INTA)― Comunicaciones
Centros
ConsejoUniversitario
25
RECTORSenate
Faculties (14) Interdisciplinary Institutes (4) Centers
University Council
2. University of Chile Specific groups and Institutions
RECTORSenado
Facultades (14) InstitutosInterdisciplinarios (4)
― Estudios Ambientales― Bioética― Estudios Andinos― Estudios Europeos
Centros
ConsejoUniversitario
26
RECTORSenate
Faculties (14) Interdisciplinary Institutes (4) Centers
University Council
2. University of Chile Specific groups and Institutions
RECTORSenado
Facultades (14)
ConsejoUniversitario
― Arquitecture & Urb.― Artes― Ciencias― Cs. Agronómicas― Cs. Forestales― Economía y Neg.― Cs. Físicas y Mat.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Derecho― Filosofía y Hum.― Medicina― Odontología
RECTORSenate
Faculties (14)
University Council
2. University of Chile Specific groups and Institutions
RECTORSenado
Facultades (14)
ConsejoUniversitario
― Arquitectura y Urb.― Artes― Ciencias― Agriculture― Forestry― Economía y Neg.― Cs. Físicas y Mat.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Derecho― Filosofía y Hum.― Medicina― Odontología
RECTORSenado
Facultades (14)
ConsejoUniversitario
RECTORSenate
Faculties (14)
University Council
2. University of Chile Specific groups and Institutions
BIOCOMSA
RECTORSenado
Facultades (14)
ConsejoUniversitario
― Arquitectura y Urb.― Artes― Ciencias― Cs. Agronómicas― Cs. Forestales― Economy & Bus.― Cs. Físicas y Mat.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Derecho― Filosofía y Hum.― Medicina― Odontología
RECTORSenado
Facultades (14)
ConsejoUniversitario
RECTORSenate
Faculties (14)
University Council
2. University of Chile Specific groups and Institutions
RECTORSenado
Facultades (14)
ConsejoUniversitario
― Arquitectura y Urb.― Artes― Ciencias― Cs. Agronómicas― Cs. Forestales― Economía y Neg.― Physics & Mat.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Derecho― Filosofía y Hum.― Medicina― Odontología
30
DIE
IQ
RECTORSenado
Facultades (14)
ConsejoUniversitario
RECTORSenate
Faculties (14)
University Council
2. University of Chile Specific groups and Institutions
RECTORSenado
Facultades (14)
ConsejoUniversitario
― Arquitectura y Urb.― Artes― Ciencias― Cs. Agronómicas― Cs. Forestales― Economía y Neg.― Cs. Físicas y Mat.― Cs. Químicas y Farm.― Cs. Sociales― Veterinaria― Law― Filosofía y Hum.― Medicina― Odontología
RECTORSenado
Facultades (14)
ConsejoUniversitario
RECTORSenate
Faculties (14)
University Council
2. University of Chile Specific groups and Institutions
octubre de 2010
32
The Chilean Energy Sector
University of Chile
Opportunities and challenges
Conclusions
Contents
33
Current Strategy of the Energy Center
• Electrical vehicles and storage devices,
•Smart Grids (Renewables, Virtual Power Plants, and DistributedGeneration)
•Decision-support tools for energy system operation,planning, monitoring and control.
3. Opportunities and challenges Some Examples
∑ ∫
~=~~
Basic Sciences,Concepts, models, algorithms, rules protocols, optimization.
Integration, software,databases, visualization,training. Devices
EquipmentActuators
3. Opportunities and challenges General strategy
Chilean National Science
Foundation(CONICYT)
Government and CORFOProgramms Local
Industry
• Student Exchange Programs• Research projects• Demonstration projects
3. Opportunities and challenges General strategy
• Constructor,• Model,• Country,• Classification,• Battery type,• Battery capacity (kWh),• Nominal voltage (V),
Range (km),Acceleration,
Speed (km/h),Price(US$),
Number of seats, size,Comments.
Worldwide developments in EV
3. Opportunities and challenges EV-Evolution
Basic battery components, batteries, control system, electric vehicles, back-up system, renewals, chargers, smart grids.
Li7
3
3. Opportunities and challenges EV-Evolution
Li7
3
• System reliability (adequacy + security) vs. competitiveness
Grid codes, control strategies, forecasting, SC economic dispatch.
60
70
5030
3. Opportunities and challenges Wind Energy
Balancing action of Reservoirs
Time
Inje
ctio
n, D
eman
d, M
W
Eólico
Water
Demand
• Balancing Wind/Hydro Power
Operation planning, Up-powering service, Forecasting models.
3. Opportunities and challenges Wind Energy
Wind
• Operation / Expansion Criteria Probabilistic vs
deterministic planning Measurement devices Dynamic rating
3. Opportunities and challenges Wind Energy
• Operation / Expansion Criteria Probabilistic vs
deterministic planning Measurement devices Dynamic rating
3. Opportunities and challenges Wind Energy
• Operation / Expansion Criteria Probabilistic vs
deterministic planning Measurement devices Dynamic rating
3. Opportunities and challenges Wind Energy
380 V
Solar PV
ExternalNetwork
Working desk
Monitoring and controlData adqusitionLV model
Entrance
Gas GensetBiomass
GeVi Lab(Generador Virtual)
LV model Micro hydrounit
3. Opportunities and challenges Virtual Generator / DG Lab.
Huatacondo• Isolated LV Grid• 100 people (500)
3. Opportunities and challenges Microgrid Developments
• Generation• EMS• Control Schemes• …
• Incentive schemes.• Environmental impact• …
• Social impact/ commitment
• Decisions• Training
3. Opportunities and challenges Microgrid Developments
~= ~=
~=
~=
3. Opportunities and challenges Microgrid Developments
WheatherForecast
Measurements
EnergyManagement
SystemStochastic - UC
Database
Set-points
3. Opportunities and challenges Microgrid Developments
Ambito formativo
- Smart-grid / Renewableenergy dimploma.
- Student exchange.
- MSc. PhD studentsfrom Chile
- 1st Solar Car Race 2011
3. Opportunities and challenges Human capital
octubre de 2010
55
The Chilean Energy Sector
University of Chile
Opportunities and challenges
Conclusions
Contents
- Collaboration for local innovation (R&D) alternativesis a key point.
- Big space for the identification of synergies in specific topics energy sources, research capabilities, local production.
- Human capital.- Financial: limited budget but with important positive
perspectives in specific areas. Chilean government, local industry, own resources.
4. ConclusionsSpecial characteristics of the Chilean energy
supply and resources are identified
Basis for the analysis of opportunities and challenges in future collaboration activities
with the LA-Region.
GRACIAS POR SU ATENCIÓN
Prof. Dr.-Ing. Rodrigo Palma-Behnke
October, 2010
General Coordinator, Domeyko ProgramDirector, Centro de Energía (DIE-CMM-ISCI) Facultad de Ciencias Físicas y Matemáticas
Universidad de Chile
Session II: Europe and Latin AmericaUniversity of Chile
Universidad de Chile