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30th November 2012
Energy in Cities: EU practice Challenges and opportunities
António Vidigal CEO - EDP Inovação
Port uga l
2,635 Em ployees
2,831,651 Electricity C ustom ers
1,874 Installed C apacity (M W )*
8,043 N et G eneration (G W h)
100% G eneration from renew able sources**
24,544 Electricity D istribution (G W h)
Brazil
7,252 Em ployees
6,053,509 Electricity C ustom ers
271,576 G as C ustom ers
10,992 Installed C apacity (M W )*
24,364 N et G eneration (G W h)
51% G eneration from renew able sources**
46,508 Electricity D istribution (G W h)
7,138 G as D istribution (G W h)
It a ly
14 Em ployees
2,038 Em ployees
1,015,543 Electricity C ustom ers
787,860 G as C ustom ers
6,087 Installed C apacity (M W )*
15,331 N et G eneration (G W h)
37% G eneration from renew able sources**
9,517 Electricity D istribution (G W h)
48,447 G as D istribution (G W h)
Spain
51 Em ployees
475 Installed C apacity (M W )*
621 N et G eneration (G W h)
100% G eneration from renew able sources**
21 Em ployees34 Em ployees
363 Installed C apacity (M W )*
705 N et G eneration (G W h)
100% G eneration from renew able sources**
260 Em ployees
3,422 Installed C apacity (M W )*
9,330 N et G eneration (G W h)
100% G eneration from renew able sources**
USA/ Canada
France/ Belgium
Unit ed Kingdom
Poland/Romania
USA
Canada
UK
It a ly
PORTUGAL Brazil
Port uga l
Spainl
Angola
Pola nd
Roma nia
Fra nce
Belgium
From a local electricity incumbent to a global energy player
#3 wind energy player in the world with 7.500 MW of installed capacity in 11 countries
FY2011 EBITDA MW + ENEOP
Brazil
Under construction
-
84
Installed
Canada
Pipeline
1,614
Portugal Spain
UK
France
Belgium
Italy
Romania
Poland
2
-
58
-
-
20
80
-
939
-
2,201
306
57
-
190
285
3,850 390
618
1,448
43
830
1,365
579
375
7,483
21,028
-
-
US
215
3,422
10,193
100
EDP Innovation strategic direction revolves around four key priorities aligned with EDP Group’s strategic orientation
5
Offshore Wind New generators Generator dispatching
and O&M Waves Solar Microgeneration
Efficient Lighting (i.e. LED) Home Management Solutions
Smart Grids infrastructure (hardware, software, communication systems)
Stationary storage
Charging infrastructure and systems
Batteries V2G
6
Total displacement of the WindFloat is 2.750 ton. Total weight of the hull is 1.200 ton
The WindFloat Technology
Structure Dimensions
EDP’s investment arm
for the VC market
EDP Ventures’ Investment Strategy
Companies in the cleantech field that fit with EDP’s strategic priorities
VC funds with a cleantech focus, whose investment focus fits EDP’s strategic
priorities
Direct investments
Investments in VC funds
(fund-of-funds)
Accelerates the capture of strategic benefits
Facilitates integration of EDP in a global VC network
Increases deal flow (enlarged visibility over a broader set of innovative technologies)
Increases quality of deal flow
Contributes to reinforve our VC know-how
Potential support to our direct VC investments and other innovation projects
Reduces investment risk (portfolio diversification effect)
7
Pearl Station (1882)
27-ton machine that produced
100 kilowatts, enough to
power 1200 lights
http://www.ieeeghn.org/wiki/index.php/Pearl_Street_Station
The conduit installation with 100,000 feet of wiring proved to be one of the
most expensive parts of the whole project.
<… 1200 …>
Utilities are still using many of the original concepts invented by Edison
Cities have to change…
In 1894, the Times of London
estimated that by 1950 every
street in the city would be buried
nine feet deep in horse manure.
Trillions of instrumented things: cars, appliances, cameras, trains, pipelines... Even medicines and cattle.
We live in an instrumented World
• 1 b transistors/ per person consting 10-7 € • 4 b celulares • 30b sensores Rfid
The World has changed
Seen in Facebook. Origin: “trust me, I´m an Engineer
The Net is moving into the “Internet of Things”.
Smartcites have many dimensions, one of them being Energy.
Energy is an important component of the ”Internet of things”
New technology is needed: EU has ambitious climate goals that can only be achieved by increasing electrification of demand and decarbonising the power sector
14
5,6
1990 2008-2012 2020e 2050e
International agreement
Kyoto Protocol
-8% -20% -80 a -95%
Energy & Climate Package
G8 Summit in Italy
Emissions targets in EU GtCO2e
Emissions reduction as a function of the share of
electricity in final energy demand
% CO2 emissions
reduction
% electricity in final energy
demand
Emissions
factor
Zero
Today´s
Increase electrification
• Transport (EV)
• H&C
• Energy efficiency
Decarbonise power
• Renewables
• Nuclear
• Carbon capture and
storage
Hours
Need for:
• Flexibility
• Storage
• DSM
• Back-up
0.00%
0.01%
0.02%
0.03%
0.04%
0.05%
0.06%
0.07%
1 1001 2001 3001 4001 5001 6001 7001 8001
Solar
Hydro
Wind
Supply patterns %
Demand patterns GW
Increased penetration of intermittent renewables will call for flexibility and storage
15
Portugal already uses a large amount of renewables
16
Generation
(TWh)
Notas: Dados relativos a Portugal Continental; Geração hídrica real (não corrigida para IPH=1) Fontes: REN, DGEG
Percentage
of
renewables
in total
demand
In the last 10 years “new” renewables have been strongly adopted in Portugal
1. Inclui biomassa, resíduos sólidos urbanos, biogás e ondas/marés Notas: Dados relativos a Portugal Continental; Geração hídrica real (não corrigida para IPH=1) Fonte: DGEG
17
Power installed by renewable
technology MW
Energy generated by renewable
technology GWh
Hídrica
Eólica
CAGR
2%
44%
Solar PV
Outras1
56% 3%
10.336
4.754
Hídrica
Eólica
Solar PV
Outras1
24.089
13.314
Portugal ranks worldwide #10 in wind power installed and #2 in percentage of wind power in demand
Fonte: DGEG; GWEC, “Global Wind Statistics 2011; WWEA, “World Wind Energy Report 2010”
18
Ranking in wind installed capacity GW, 2011
Weight of wind energy in electricity
consumption %, 2010
19
Hydro production: dry year versus wet year; Wind production : daily volatility
Variability of energy production
Yearly hydro generation
Volatilidade de produção hidráulica: sazonal e anual; Ano húmido – seco corresponde a variações de +/- 53% em relação à média; Indispensável térmica de apoio (back up), o que implica um custo estrutural do sistema, face ao benefício de poupança em combustíveis.
average
+53%
-53%
REN (Grid): Daily wind production in 2011
Volatilidade de produção eólica: sazonal e anual, muito menor do que a hídrica; Incerteza da produção diária muito superior à da hídrica; Indispensável térmica ou hídrica de apoio (back up); implica também um custo estrutural do sistema e ainda pode fazer aumentar o custo de regulação diária.
20
Wind production: daily volatility
Variability of production
Wind production– a day with strong wind
Exemplo de um dia mais ventoso; O erro de previsão tem grande peso no conjunto da PRE – Produção em Regime Especial; Obriga a cuidados adicionais de regulação diária do sistema.
400MW
Only wind mills metered by the TSO are considered.
Old Sector Centralized System
New Sector Decentralized and smart System
Low environmental concern High environmental concern
Change in paradigm
22
A Energy Web is mandatory to face these new challenges
Web Energy Web
“peer-to-peer” and “plug-and-play”
Energy Web
Big Data Model: EDP’s Renewables Management System
SCADA Performance Management
Up to hundreds of windfarms
Up to multiple gigawatts of power
Historian
Data Base
Real-time data and controls
Substation
& Counters
Wind Turbine
& Met Towers WPP
Local systems at Wind Farms Interfaces with
external systems
Commands
Data Trading Systems
Generation Forecasting
Workforce Mgmt
Metering
Distribution
Corporate ERP system
Grid Operators
3 Dispatch Centers: Porto, Oviedo & Houston
More than 6000 wind turbines connected
Installed capacity of more than 10 GW
Historian database with 2 million data points
Project made with Logica Portugal
Storing and displaying data is one challenge, but a bigger one is to be able to extract knowlege out of it.
24 Project made with Feedzai
Smartgrids are key to meet both the existing and the new challenges faced by DSO’s…
25
Smart grids
Quality of
service
Operational
efficiency
Distributed
generation
Electric
vehicle
Energy
Efficiency
Existing Challenges New Challenges
26
Substation HV/MV
Station VHV/HV
EB
Production Transmission
HV network
Distribution Network
Secondary
Substation
MV/LV
A new control architecture must be developped…
MV network LV network
Retailer/ Consumer
WAN HAN LAN
Central Systems (commercial & technical) • Management • Operation • Data management • Integration with current
systems • ...
Distribution Transformer Controller (DTC) • Monitoring & Control • Metering • Concentrator • Microgeneration and load
control (future) • ...
Energy Box (EB) • Metering • Remote operation • Circuit breaker • Tariff flexibility • HAN interface • QoS information • ...
“Solutions can’t be bought off-the-shelf”
The good and the bad thing:
Plannnig under uncertainty in network systems Tiago Veiga (IST)
We will have to use new concepts, for instance, from robotics; Google cars …
RoboCup international
Distributed processing using Agents will be needed
Origin: Prashant Reddy (CMU)
… bringing those concepts into the grid and into the home.
… easier to start with EVs.
Power layer
Communications layer
Application layer
HAN
Future Apps & Services
Smart Charging & V2G
Distributed Generation
& Storage
Grid Optimization
AMI
A Smartgrid have to be built using independent layers
Phase 1
Phase 2
How to do it: Smartgrids must be built in phases
Phase 3
TAN
TAN
BAN
HAN
HANC/
EB
C/
EB
WAN
WAN(EDP)
HAN / WAN
HAN /BAN / WAN
HAN /LAN / WAN
HAN / BAN /LAN / WAN
HANC/
EB
HAN
HANC/
EB
C/
EB
CasaCentral
PTEdifício
HAN
HAN
HAN
WANs
(Publicas)
LANs
BAN
C/
EB
CT
DTC
C/
EB
C/
EB
SI
BAN
HAN
HANC/
EB
C/
EB
CT
SE
DTC
CT
Ce
ná
rio
1C
en
ário
2C
en
ário
3C
en
ário
4
Interopability should be insured by the separation from the physical and logical architectures
Smartgrid architecture
Internet
PLC, wireless, VPN HAN
ESCO Box
Other equip.
Other equip.
(...)
TSO
Data flow
Energy Box
ESCO, Retailer,s
Others
Data Gateway
Manag. Gateway
€
€
Utilities will be more tightly coupled with their customers
• Millions of IP addresses
• Huge data volumes
WAN
(GPRS/UMTS)
4
3
2
1
Project InovGrid uses those approaches
SCADA/DMS Information Systems
MV/LV transformers
4 3
LV Distribution network
Microgeneration
EB EB
2
Consumers
1
DTC
Energy Box
DTC: Distribution Transformer Controller
SCADA
SysGrid
Electric Vehicle
1
The project integrates the national Electric Vehicle (EV) charging network with several charging points in the Grid… “Chicken and egg problem”
• Évora is part of the pilot group of 25 Cities
• During the next 12 months EDP will deploy ~20 charging points in Évora
• Charging points locations: • Main highways
• Streets
• Public parking lots
• Service stations
• Airports
• Hotels
• Shopping centers
35
National EV integration timeline
Pilot
(25 Municipalities)
Subsequent phases
(National)
320 Charging points
2010 2011 2012 ... ... 2020
1.350 Charging points 160.000 EVs estimated for 2020
Inauguration of first CP, 29th of
June 2010 Network of first 25 municipalities
36
InovGrid platform provides a great “Living Lab”
INOVGRID Platform
New Products and Services Energy Efficiency Applications Electric Vehicle and
Microgeneration Emerging technologies
uMeter
Several Portuguese players, including EDP Serviços, are already developing new applications to manage domestic consumptions (PC, Smartphones, Ipad, TV,…)
Active management of the grid allows a higher introduction od distributed resources, and the management of EV recherge points
Telecommunications
LEDs
Smart Appliances
Storage
New Tariffs:
• Time of use tariff
• Consumption levels tariff
• Target kWh tariff
Pre-payment Alerts Demand Side Management
At EDP we got rid of closed innovation
…and have embraced “Open Innovation”.
New
Market
Present
Market
DevelopmentResearch
“Pipeline” of
new projects
Company
Boarder
New
Market
Present
Market
DevelopmentResearch
“Pipeline” of
new projects
Company
Boarder
We would love to here from you at our co-creation site
http://cocreation.pt/
A new Industry in on the making, you can contribute !
How we are seen How we see ourselves
So
urc
e:
Glo
bal S
mart
Energ
y, J
esse B
ers
t
pre
senta
tion
NEDO: The next opportunity ?
— World heritage city center
— A demonstrator for rehabilitation and modernization of historical city centers
— An opportunity for generating a real life test-bed, a demonstrator for technologies, products and services for global markets of sustainability
Enterprise 2.0
Powered by all of us
“Utilities want to add client-value by offering ‘more for less’, ‘innovation’ & ‘inspiring engagement’ “
Generating Value
Creating value through innovation
António Vidigal
CEO - EDP Inovação