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SGM & LATAM SCA PresentationSmart Community Summit 2017
Tokyo, June 8 &9
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Presentation
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Oscar Miranda Miranda
Smart Grid Mexico and LATAM Smart Community Alliance, President
Global Smart Grid Federation, Board member
Mexican federal government’s Smart Grid advisory committee, Board
member
Effectio Energy Services, CEO.
Over 24 years of experience in the sector, mainly in the CFE (Federal
Electricity Commission)
Computing engineering
Master in energy management and renewable sources
ICT and energy expert (Smart Grid)
Smart Grid consultant in LATAM region, woking in Mexico, Dominican
Republic, Colombia, Peru, Ecuador, Chile, Paraguay, Uruguay, Argentina
and Bolivia.
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• SGM & LATAM SCA Presentation
• Smart Grid LATAM developmental State– Introduction– Countries review – selected countries
– Regulatory framework as main driver – Mexican case
– Conclusion
Content
Oscar Miranda Miranda
President
Smart Grid Mexico is a non-governmental organization whose
purpose is to promote the development and implementation of
technological solutions that increase the efficiency of energy
sector in Mexico, by integrating a collaborative and exchange
community to promotes the development of Smart Grids in our
country, facing new economic, social and environmental
challenges and opportunities.
Main Goals
To link together research and education institutions with
industry in order to encourage and lead research and
development activities, as well as educational programs
about Smart Grid in Mexican context and needs.
To link together public and private institutions in order to
allow the harmonic growth of Smart Grid's solutions in
Mexico preserving the public interest.
Presentation
Securing the future means building on
present
Smart Grid
México
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Oscar Miranda Miranda
President
Collaborative networks for Intelligent Grids
LATAM Smart Community Alliance
LATAM Smart Community Alliance is a non-governmental
organization whose purpose is to promote, planning advice,
development, implementation and use promotion of
technological solutions; as well as best practice related to
establishment and evolution of Smart Grid and Smart City
systems. Likewise, computing and communication platforms,
necessary for its implementation in Latin America; that applied
to the different stages, elements and industry actors add value
in terms of efficiency, reliability, security, flexibility and economy
in a framework of sustainability and environmental care.
Main Goals
To link together public and private institutions in order to
allow the harmonic growth of Smart Grid and Smart City
solutions in Latin America preserving the public interest.
To link together research and education institutions with
industry in order to encourage and lead research and
development activities, as well as educational programs
about Smart Grid and Smart City in Latin America context
and needs.
Presentation
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USA
Australia
Japan
Smart Grid around the world
Canada
European Union
India
Israel
Korea
Taiwan
Turkey
European Union
Denmark
Flanders
France
Grant Britain
Norway
Ireland
LATAM SCA is member of the Global Smart Grid Federation since September 27, 2016.
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Smart Grid Mexico consolidation as the Mexican SG Association
❖ Plural character (including academia and industry, and aligning with public policy
and government regulation)
❖ Joining to the Global Smart Grid Federation, the event last December in Mexico
has been fundamental.
❖ ISGAN support and recognition
❖ Member of Mexican Government’s Smart Grid Advisory Committee
❖ Member of CEMIE’s Steering Committee
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LATAM Smart Community Alliance — Update
❖ Scouting Activities: With the propose to know the structure and characteristics of the
electricity industry in the LATAM region and explore the possibility to establish this new
association, several trips were made to Colombia, Chile, Peru, Paraguay, Uruguay,
Panama, Ecuador, Bolivia and the Dominican Republic.
❖ With the exception perhaps of Colombia, there are not organizations like Smart Grid
Mexico is, throughout the region.
❖ Networking develop: In those trips in addition to study the structure of the industry and
the possibilities to encourage the Smart Grid development locally, I was established
contact with various decision-makers in local electricity industries.
❖ Next steeps: Fostering the establishment of Smart Grid Associations in LATAM
countries.
Challenge: Due to that LATAM region in huge, carrying out this activity requires a high budget.
Sponsors’ support is needed, sponsors who find value in this initiative.
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Global Smart Grid Business Model
Global association of
regional and national
associations
Public politic
Regulation
National road
map• Particular
context
• Needs
• Projects
Government and institutions
Electrical industry
Energy security
Energy conservation
Energy efficiency
New energy transition
International
commitments
Collaboration
Global center of
competency
Foster the
international idea
exchange
Public-private
cooperation
International alignment
Education
Link between sectors
Public politic, regulation
and planning advisor
Local Market
knowledge
• Projects and
opportunities
Business Networking
Public politic
Regulation
Regional road
map
Regional association
of national
associations and
academy and
regionals companies
National association
of companies, and
academy
International alignment
Education
Encourage national
associations form
Link between sectors
Regional Market
Knowledge
Global
companies
Global marker
strategies
Global and
regional
companies
Global and
regional marker
strategies
Global, regional
and local
companies
Global, regional
and local marker
strategies
Achieve a Synergetic Smart Grid Ecosystem
Official/Utilities side ONG/Association sideSmart Grid private
companies side
Glo
bal
leve
lR
egio
nal
leve
lLo
cal l
evel
Public politic and regulation participation example
Smart Grid Advisor Committee
First activity
Smart Grid Mexico is working in the Smart Grid National Program as member of Smart Grid Advisor
Committee
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Goal
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Texto del título
Transfer scientific and technological knowledge generated in classrooms and research
centers, and effectively reach the productive sector, always with a vision to improve the
conditions of society in general.
Research and development institutions
❖ Develop and adapt new knowledge
❖ Train the next generations of specialists
GovernmentPrivate sector
Transforming new technologies into
economic development opportunities for
the country.
The CEMIE are the first stone in the paradigm shift on research and
technological development of the energy sector
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By Oscar Miranda Miranda
Smart Grid LATAM developmental State
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Introduction
• In LATAM, Smart Grid is now viewed as a solution tomany of the challenges the region is facing.
• There are many countries developing their ownregulatory frameworks, road maps and investmentplanning.
• LATAM region is one of the most attractive emergingmarket for Smart Grid investments.
LATAM Regional features
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Slow moving government activity
Large role of hydro power
Technical challenges
Low incentives (business cases)
Challenges
High technical and non-technical losses
Renewable energy potential
Rising electricity demand
Low grid rel iabil ity
Social benefits
Growing middle class
Drivers
Public Polit ic -Law
Road maps
Programs
Regulation
Countries review
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Country Driver Challenge Barrier RegulatoryFramework
SG Deployment Capacity
Brazil High losses Slow moving governme n t act iv i ty
Slow developing regulation In process High
Mexico High losses and renewable energy potential
Technica l and economic cha l leng es
Low consumption Complete High
Colombia High losses and unreliability
Large ro le o f hydro power Low consumption No regulation, road mad in progress
Medium
Argentina High income and unreliability
Low incent iv e s Low electricity prices No regulation Medium
Peru High economic growth Slow moving governme n t act iv i ty
Low losses and consumption Starting stage Medium
Chile High consumption and low supplier
Technica l cha l leng e s Low distribution losses In process High
Paraguay High losses and unreliability
Large ro le o f hydro power Low consumption and emissions
No regulation Low
Uruguay High consumption and prices,
Low incent iv e s Low losses and good reliability In process Medium
Ecuador High losses Slow moving governme n t act iv i ty
Low consumption Complete Low
Venezuela High consumption and high losses
Low incent iv e s Political challenge No regulation Low
Bolivia Renewable energy potential
S low moving governme n t act iv i ty
Low consumption No regulation Low
Selected countries
Private
Generation and
cogeneration
CFE y PEEBilateral contracts
Private qualifier
suppliers
Transmission
Qualifier user
Distribution
Basic user
Qualifier
Suppliers
Basic suppliers
Spot
Autumns
ENERGY
SOURCES MARKET CUSTOMERSTRADING
Regulated
Regulated
Non-
regulated
tariffs
Regulated
tariffs
GENERATION
Internacional
Energía
Mexican electricity industry model
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Smart Grid Mexican new regulatory environmentSmart grid as fundamental national public politic
•Smart Grid programs implementation
•Smart Grid Program
•Grid Modernization Program
•Road map
•Specific regulation
•Electricity Law
•Sustainability Law
Energy ministry (SENER)
Regulator (CRE)
TSO and DSO (CFE & WEM)
ISO
(CENACE)
2013 2014
2015-20172015-2024
Mexican Smart Grid Projects
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ISO (CENACE) Period1 Optimal Reactive Power Dispatch 2017-2020
2 Research on the use of new technologies to assist the black startup process 2017-2022
3 Demonstration and implementation of intelligent tools that guide the restoration process 2017-2019
4 Demonstration of energy storage and integration to operation 2017-20245 Forecast of wind and solar generation for the operation 2017-20226 New generation phasor measuring network 2017-20247 Tool for real-time evaluation of operational safety 2017-2023
8 Incorporation of methods based on risk and flexibility in the planning process 2017-20239 Demand response to support network operation 2017-2022
10 Research on the use of dynamic limits in transmission lines 2017-2021TSO (CFE Transmission)
1Study and implementation of intelligent tools that guide theProcess physical operation of the transmission network 2017-2020
2 Automatic fault locator 2017-2018
3Development of a system of diagnosis of power switches and encapsulated substations (GIS) in sulfur hexafluoride gas (SF6) based on condition through continuous monitoring 2017-2018
4 Study and implementation of protocols, hardware and applications for the integration of Control Centers 2017-2024
5 Research on the use of asset condition information to improve the operational reliability of the system 2017-20186 Transmission Geographic Information System 2017-2018
DSO (CFE Distribution)
1 Operation remote and automatism in Distribution networks 2017-2024
2 Geographic information system of Distribution networks 2017-20243 Advanced Metering Infrastructure 2017-2024
4 Distribution networks Energy balance management for Whole Sale Electricity market 2017-20185 Advanced Distribution administration system 2017-2021
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Reduction of Energy Distribution LossesAMI projects (Mexican case)
Reduction of Energy Distribution Losses
Year Project Meters USD Millions
2014 1 156,669 $109.00
2014 2 250,522 $140.00
2014 3 6,030 $10.00
2014 4 308,071 $119.00
2014 5 189,107 $57.00
2015 1 16,048 $12.00
2015 2 5,727 $4.00
2015 3 20,456 $7.00
2015 4 93,241 $41.00
2015 5 378,510 $237.00
2015 6 187,817 $80.00
2015 7 336,935 $242.00
2015 8 179,121 $95.00
2016 2 131,221 $36.00
2016 3 96,098 $38.00
2,355,573 $1,227.00
Planning
Year Meters
2016 292,980
2017 322,279
2018 354,508
2019 389,956
2020 428,950
1,788,673
2020 Goal
4,144,246
Demand response model
Smart
Metering FEMS
Industriales
CUSTOMER
Control y
monitoreo
Eficiencia
energética
Oportunidades de
ahorro en
Iluminación,
HVCD o Proceso
Industrial
Smart
Metering BEMS
Comerciales
Control y
monitoreo
Eficiencia
energética
Oportunidades de
ahorro en
Iluminación,
HVCD o Proceso
de Negocio
Instrucciones de despachoInternet
Smart
Metering HEMS
Domésticos
Control y
monitoreo
Eficiencia
energética
Oportunidades de
ahorro en
Iluminación y
HVCD
LOAD RESPONSIBLE
ENTITY
Agregación
Sistema de Gestiónde DemandaControlable
Suministradores Calificados y
Comercializadores privados
DCU
MDM Internet
Agregación
Sistema de Gestiónde DemandaControlable
Suministradores de Servicio Básico
MDM
DCU
Internet
Instrucciones de despacho
Internet
Instrucciones de despacho
CENACECRE
Centro automático de despachode Demanda Controlable
Suministrador Calificado
Supervisión
Contrato (remuneración)
Contrato (remuneración)
Portal de Mercado(los RDC entran en operación en la SEGUNDA ETAPA del mercado)
Validación de
capacidad Instalada y
potencia
Suministro BásicoProceso de Registro de Activos(si se producen servicios conexos o potencia)
Internet
Internet
Internet
Instrucciones de
despacho
Informe de la reducción real de la
demanda y desempeño de los RDC
Internet
Ofertas de
compra/venta
Programa para la Operación de
los RDCG(declaración de límites contractuales)
Registro
En el mercado de SEGUNDA ETAPA, los Recursos de Demanda
Controlable con medición apropiada y capacidad de variar su
consumo de energía en tiempo real podrán producir servicios
conexos.
Demand response (Controllable demand)According to new Mexican Regulation
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Conclusion
• Due to their own characteristics, Smart Grid technologiescould help the LATAM region to overcome their gridmodernization lags.
• Is needed to consider its own drivers, challenges and barriersin order to do a tailored planning.
• The most important is develop a regulatory framework thatalign the SG public politic, strategy, road map, programs andprojects with real business cases.
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Thank you!
Oscar Miranda Miranda
Smart Grid México & LATAM Smart Community Alliance President
Global Smart Grid Federation Board Member
M. +52 1 (55) 1798-5866
