edp distribuição towards a sustainable future · 15:00 edp distribuição ... more than 20k micro...

EDP Distribuição – Towards a SuSTAINABLE Future

25th November 2015, Évora

15:00 EDP Distribuição – Smart Grid Roadmap AAM

15:15 Community Engagement (S3C, InSmart, SharingCities…) VN

15:25 SuSTAINABLE Progress Status PGM

15:40 SuSTAINABLE Control Center visit DAL

16:30 InovGrid Field visit

17:00 End Visit

Agenda

EDP DISTRIBUIÇÃOSMART GRID ROADMAP

António Aires Messias

InovGrid European Agenda Office

www.inovgrid.pt

EDP DISTRIBUIÇÃO

25th November 2015, Évora

http://www.inovgrid.pt/

EDP In Short …

UK

USACanada

Portugal

Angola

Spain

Italy

FranceBelgium

PolandRomania

China中国

Brazil

# 1 TOP WORLD Dow Jones Sustainability

Index Utilities Sector

#2 EUROPE weight of hydro &

Wind (68% @ 23 GW)

#1 PORTUGAL Industrial Group

EBITDA

Portugal 45%

Other 55%

EDP DISTRIBUIÇÃO 6 MILLION CUSTOMERS

EDP Distribuição – Concessions …

CommercializationGeneration DistributionTransmission

Low Voltage Concessions

• Granted by the 278 Municipalities for a period of 20 years (next concessions are subject to public tender)

• Payment of concession fees to the municipalities

High/Medium Voltage Concession

• Granted by the government until 2043

• No concession fee payment

• EDP Distribuição concessions rights are Intangible Assets in its balance sheet

• Non renewal of concession requires compensation for its net regulated asset base (at the moment of renewal)

• Third-party access to the distribution system under regulated tariffs

• In addition to tariffs, there is a strict regulation on quality of service (technical and service) and investment plans

Quality Of Service Significantly Improved In The Last Years …

Network reliability & Quality of supply

Ambitious investment plans Generalized use of new technologies such as distribution

automation and consistent improvements in operationalperformance

Brought about a remarkable transformation

Commercial Service Quality

EDP Distribuição systematically exceeds the service level targets defined by the regulator

achieving good customer satisfaction levels

70

80

90

100

Orçamentos de

ramais de BT(até 20 dias úteis)

Execução de

ramais(até 20 dias úteis)

Ativações dofornecimento

(até 2 dias úteis)

Atendimento noscentros de

atendimento(até 20 min.

espera)

Atendimentotelefónico

centralizado(até 60 seg.

espera)

Pedidos deinformação

(até 15 dias úteis)

Clientes comreposição de

serviço até 4 horas(na sequência deinterrupções de

fornecimento…

Padrão (%) 2013(%) 2012(%)

TIEPI MT - time equivalent to the interruption of the capacity installed in MV/LV substations

6084

5875116121113109

176175214

341

2005 20112008 20142006 20132012200720042003 20102009

-84%

TIEPI MV Total excluding extraordinary events (minutes)

Energy Sector – European Challenges …

EUROPE LEADS IN MARKET LIBERALIZATION, RENEWABLES AND SMART METER INSTALLATIONS1

FUTURE SERVICES from the electrification increase

FUTURE-PROOF SOLUTION in project commercially tested enabling innovative smart services

EUROPEAN INITIATIVES focused on knowledge sharing and dissemination

Smart Grids + Flexibility + New Services …

>100.000[50.000:100.000[[10.000:50.000[[5.000:10.000[]0:5.000[0

Installed Capacity (kVA)

(1) “Special Regime Generation” (SRG) includes renewables sources as wind farms, mini hydro (<10MW), microgeneration (up to 5,75 kW) and cogeneration. About 5.850 MVA installed capacity

(2) Total 70 MVA capacity

FLEXIBILITY NEEDS TO REFLECT THE UNDERLYING COSTS

NETWORK OPERATION , AS A NATURAL MONOPOLY ACTIVITY, REGULATED, LEADING TO REGULATED TARIFFS

LIBERALIZING RETAIL PRICES DIFFERENTIATION FROM LIBERALIZING NETWORK ACCESS TARIFFS

EMERGENCE OF DER NEEDS ADEQUATE PRICE SIGNALS

CONSUMPTION DENSITY INSTALLED CAPACITY MICROPRODUCERS

MORE THAN 20K MICRO GENERATORS CONNECTED TO

THE GRID 2

HIGH CONSUMPTION DENSITY ASYMMETRIES

~80% OF RENEWABLE GENERATION CONNECTED

TO DISTRIBUTION NETWORK 1

Évora InovCity – Key Figures

54 000 inhabitants

1 307 km2

30k EDP Boxes and 341 DTCs

Integration of IT systems

Communications infrastructures

New services and products

to Domestic Clients

Involvement of the major players

of the municipality

Coordination with the national electric

vehicle charging network

InovGrid Architecture …

EB TP

EB IP

DTCEB BT

- AM - AM and PublicLighting Control

- LV Consumption/ Generation- LV Supervision

- LV Supervision- SS Sensoring

- MV Supervision- MV Telecomand

Dispatch Centre Contact CenterInovgrid Supervision Center

Energy BalanceLV Grid

managementinfrastructueSupervision

DTC Cell

Évora InovCity – Customer Centric Home Area Network (HAN) …

Distribution Transformer

Delivery Point

EB EBEB

DTC DTC

EB

LAN

Local Control(sensors, control, …)

Local devices(metering, sensors,

actuators, …)

User interface

Local Interaction

Consumer/Producer

Remote interaction

Central

DistributionManagement

System

Metering and Energy Data Management

Data/ServiceProviding

Stakeholders

PT PT

PT

Distribution Network Electrical Infrastructure

Technical Architecture of Reference

WAN

Services Oriented Architecture (SOA)

LAN

HAN

Internet

PLC, GPRS, …

PLC, GPRS, …

GPRS, ADSL, IP …

WAN – Wide Area NetworkLAN – Local Area NetworkHAN – Home Area Network

ZigBee, …

Distribution Transformer

Delivery Point

EB EBEB

DTC DTC

EB

LAN

Local Control(sensors, control, …)

Local devices(metering, sensors,

actuators, …)

User interface

Local Interaction

Consumer/Producer

Remote interaction

Central

DistributionManagement

System

Metering and Energy Data Management

Data/ServiceProviding

Stakeholders

PT PT

PT

Distribution Network Electrical Infrastructure

Technical Architecture of Reference

WANWAN

Services Oriented Architecture (SOA)

LANLAN

HANHAN

InternetInternet

PLC, GPRS, …

PLC, GPRS, …

GPRS, ADSL, IP …

WAN – Wide Area NetworkLAN – Local Area NetworkHAN – Home Area Network

ZigBee, …

HAN CONTROLLED BY THE EDP BOX (EB), WIRELESS OR PLC

• facilitate communication with energy devices (ex: load control devices)

• offer value added services (ex: enhanced display in convenient location)

HAN INCLUDE AN OPTIONAL INTERFACE FOR CONSUMERS WITH MOBILE-PHONE, PDA OR LAPTOP

• access to energy consumption

• view load profile

• access network operator messages

Évora InovCity – Key Figures

“Data coming from EDP, particularly the visualinformation, has been extremely useful and interestingfor all the Museum team”

“We started by solving the night problem, (…) we choseto switch on the lights step by step, instead of all at thesame time, when we needed to walk around the museumat night.”

“Natural light in the building was maximized in order toreduce consumption”

In Diário do Sul Newspaper

01020304050

00:1

5

01:3

0

02:4

5

04:0

0

05:1

5

06:3

0

07:4

5

09:0

0

10:1

5

11:3

0

12:4

5

14:0

0

15

:15

16:3

0

17:4

5

19:0

0

20:1

5

21:3

0

22:4

5

00:0

0

kW

Horas

Évora Museum

Média das 4ª feiras Maio Média das 4ª feiras Outubro

~ 16%

+3,9% Consumption persistent efficiency gain,

6% to 24% Energy efficiency gains, in high consumption LV consumers;

Small reductions have a large impact in the monthly bill for high consumption LV customers;

Interaction with customers is key to effective consumption reduction (inc. online web service)

InovGrid Évora – Over 2 400 Visits From 30 Nationalities...

Customer within-home display

Micro Producers

World wide visitants…

ERSE – Japan Prime Minister - Prince Charles-

China Three Gorges- Lógica-Eandis - Bandeirante-

Corpoelect-DR ENER CE-Zhuai-França-Roménia-Ilhas

Montanha-Macau -Fleming-DRC -UniversidadeUnioeste-Fundação GetúlioVargas- Indonésia-ADREM-ERDF-ABDI-Sentec-Basildon

Council-Tuas Power-Australia -QREN –

Novabase-Mozambique-Singapore……

http://www.panoramio.com/photo/42445376

http://www.panoramio.com/photo/42445376

http://www.culturaonline.pt/SiteCollectionImages/Museus_e_Monumentos/Museus/M_Evora/museu_evora_detalhe.jpg

http://www.culturaonline.pt/SiteCollectionImages/Museus_e_Monumentos/Museus/M_Evora/museu_evora_detalhe.jpg

http://www.google.pt/imgres?imgurl=http://4.bp.blogspot.com/_JteH2QrE1WQ/SPOFWNqWsBI/AAAAAAAAA3A/GR967mSjjFI/s400/Cabe%C3%A7%C3%A3o,+casa+azul.JPG&imgrefurl=http://gambozino-alentejano.blogspot.com/2008/10/casa-alentejana.html&usg=__TXg8Ri7ZECykojiqMvY-ny45rUk=&h=300&w=400&sz=22&hl=pt-PT&start=11&zoom=1&itbs=1&tbnid=AzkonHZBy2eXgM:&tbnh=93&tbnw=124&prev=/images?q=casa+alentejo&hl=pt-PT&tbs=isch:1&ei=W193Tcm1MMiDhQfC2pGPBg

http://www.google.pt/imgres?imgurl=http://4.bp.blogspot.com/_JteH2QrE1WQ/SPOFWNqWsBI/AAAAAAAAA3A/GR967mSjjFI/s400/Cabe%C3%A7%C3%A3o,+casa+azul.JPG&imgrefurl=http://gambozino-alentejano.blogspot.com/2008/10/casa-alentejana.html&usg=__TXg8Ri7ZECykojiqMvY-ny45rUk=&h=300&w=400&sz=22&hl=pt-PT&start=11&zoom=1&itbs=1&tbnid=AzkonHZBy2eXgM:&tbnh=93&tbnw=124&prev=/images?q=casa+alentejo&hl=pt-PT&tbs=isch:1&ei=W193Tcm1MMiDhQfC2pGPBg

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//upload.wikimedia.org/wikipedia/commons/1/1b/Standard_of_the_President_of_Singapore.svg

The Single Case Study

for EUROPEAN COMMISSION

“The proposed evaluation methodology consists of seven steps [...]. The paper describes eachstep and then gives practical examples from the InovGrid project […] led by the Portuguesedistribution system operator EDP Distribução to inform the adaption of the methodology forits application in Europe.

for EURELECTRIC

EEGI CORE PROJECT

European(pan) Partnerships – 16 Dso+ 6 Tso + 42 R&D Partners + …

UK•ARUP•University Manchester•University Nottingham

Austria•AIT•CEIT

Belgium•Tractbel•VITO•University Leuven

Sweden•SP Estonia

•University Tallin

Finland•VTT

France•INERIS•Grenoble INPG

Germany•Fraunhofer IWES•Lesswire•TUV SUD•University Berlin•University Aachen•University Dortmund

Greece• CRES• NTUA

Ireland•University Dublin

Italy•E4SMA•EnergyLab•R.S.E.•University Sapienza Roma

Nederland's•ECN•University Twente

Norway•Sintef

Poland•IPI Laboratory•University Lodz

Portugal•FCT•INESC Lisboa•INESC Porto

Slovenia•INEA

Spain•CEMOSA• ITE Valencia•Tecnalia•University Comillas•University Malaga

Switzerland•University ETH

Denmark•Riso DTU•DTU

16 DSOs• EDP Distribuição (PT)• Alliander (NL)• CEZ (CZ)• EANDIS (BE)• ENDESA (ES)• ENEL (IT)• ENEL Muntenia (RO)• ENERGA (PO)• ERDF (FR)• ESB (IE)• GN Fenosa (ES)• Hedno (GR)• Iberdrola (ES)• Ostkraft (DK)• RWE (DE)• Vattenfall (SE)

6 TSOs• ELIA (BE)• Energinet (DK)• RTE (FR)• REN (PT*)• REE (SP*)• APG (AT*)

Industrial Partners• Cybergrid• EFACEC• Energy Pool• GE Power• GE Wind Energy• IBM DK• Landis+Gyr• Mainstream• Renault SAS• SAFT• Schneider• Siemens • SMA• Withus• ZIV

6 EU Associations• EDSO• ENTSO-E• EPIA• EWEA• T&D Europe• TNO

4 Cities• Évora• Cesena• DEKA Trikala• Nottingham City

Consultant• 3E• Bacher Energy• BAUM• EU-VRI• Technofi• ZABALA

(*) candidatura submetida

S3C – All About People!

InovCity (PT)Online forum with a Dr. Energia figure to humanise the relationship between supplier and consumer

Give personal attention and build trust over time!

http://www.quiz-s3c.com

PORTUGALEDP Distribuição

BELGIUMVITO (Coordinator)

GERMANYBAUM

ITALYRSE

NETHERLANDECN

SLOVENIAINEA

SWEDENSP

S3CFOSTER ‘SMART’ ENERGY BEHAVIOR VIA ACTIVE USER PARTICIPATION

EUROPEAN FP7 PROJECT

InovGrid – Platform Supporting New Smart Grid Functionalities …

Smart Cities - Smart Grids Being Human...

30k 100k 6M

GuimarãesCapital Europeia da Cultura, Centro Urbano e Cultural

S. João MadeiraForte concentração urbana e industrial

LamegoRede Rural

Marinha GrandeDesafio Qualidade de Serviço

BatalhaRF Mesh

Alcochete“Laboratório” de novas tecnologias

Ilhas BarreiraRede “isolada”

This is a SMART CITY …

www.inovgrid.pt

&THANK YOUYOU ARE INVITEDWELCOME TO THE FUTURE






17:00 End Visit

Agenda

• Integrated Infrastructures

• Open Data

• Data Manager

Smart Cities and Communities Projects Wide range of challenges …

• Business Models Simulation Platform

• Urban Mobility

• Integration of Renewables

• City Information Platforms

• Peer-to-peer information Systems

• Sustainable Energy Management Systems

• Citizen Focus and Stakeholders Engagement

• Data Manager & Market Facilitator

• Policy Makers and New Regulatory Framework

S3C: Smart Consumer, Smart Customer, Smart CitizenOne-size-does not fit all

Give personal attention and build trust over time!

PORTUGALEDP Distribuição

BELGIUMVITO (Coordinator)

GERMANYBAUM

ITALYRSE

NETHERLANDECN

SLOVENIAINEA

SWEDENSP

http://www.quiz-s3c.com

Citizens Engagement Data Management

http://www.smartgrid-engagement-toolkit.eu/

SC1 - smart consumers, who want to • reduce energy consumption and costs• change lifestyle routines

SC2 - smart customers, who want to get services to become • a prosumer, • a market partner providing consumption

flexibility or energy services

SC3 - smart citizens, who want to • become part of a ‘smart energy community’ • help ensure quality of supply and environment

preservation

Ready to use

Interactive

Toolkit for smartgrid projects

S3C Initiatives and Main Results

Stakeholders EngagementDifferent stakeholders and degrees of involvement

HEM ServiceReliable service & optimize energy consumption

Meter installation 82% would recommend smi at a national level

Data Management

Citizens Engagement

GamificationTop 3 players: 33%; 27% and 22%

TOP 10:

28%• The gamer who figures 1st place decreased 2015´s consumption to lower levels than 2014

• High level of awareness about energy efficiency and smart grids but a lower perception about smart grids’ real benefits;

• Not exclusive for young people;

• Fun + Experimentation = Learn

Development of Multi-criteria tool

City Energy System Model

City Sustainability Plans

InSmart: Integrative Smart City Planning

Multidisciplinary Approach

Sustainable Energy Action Plans:

Évora, Notthingham, Cesena, Trikala

Water pumping Stations

Fuel Consumption from Transport

Residential Sector

Waste collection and treatment processes

C

E

S

Mix Sustainable Energy Measures to improve EE

Street Lighting

District heating networks

Municipal Urban Spaces

SmartGrids

Mobility

Building Typologies

Impact New Business Models

Covering 3 Infrastructures

Simulation Platform

Urban Competitiveness Lab

SuSCITY: Urban data driven models for creative and resourceful urban transitions

Sharing Cities

SCC Lighthouse Project

Mobility and Shared Services

New Business Models

Integrated Infrastructures

Data Management

Citizens Engagement

Integration of Renewables

Energy Efficiency

Scale up Smart Cities

Open-up & Accelerate the

Market

Digital First

Sharing &Collaborative

Societies

Objectives: Energy, Transport, ICT Integration

€ 25 M.

35 Partners






17:00 End Visit

Agenda

SuSTAINABLE Progress Status

Project SuSTAINABLE

(Smart distribution System operaTion for mAximizing the INtegration of renewABLE generation)

Topic ENERGY.2012.7.1.1: Integration of Variable Distributed Resources in Electricity Distribution Networks

Évora, 25th November 2015

António Aires Messias

Luis Sotres

Pablo Frías

André Neves

Kostas Kaousias

Luís Seca

João Peças LopesAndré Madureira

Aris Dimeas

Jaime Guisado

Ricardo Santana

Vera Nunes

Nuno Silva

Ricardo Prata

Carina Morais

Pavlos Georgilakis

Eugénio Sousa

Pedro Matos Jovica Milanovic

Despina Koraki

Kai Strunz

Nikos Hatziargyriou

Mota Pinto Rui Gonçalves

The TEAM!

Richard Hampton

Diogo Lopes

António Carrapatoso

SuSTAINABLE is a European project under the 7th Framework Programme for Research and Technological Development with contract No: 308755

Sustainable Project Ecosystem

Theme: FP7 Energy 2012.7.1.1

Coordinator: EDP Distribuição

Consortium: 8 partners from 5 MS

Duration: 3 years (Jan/2013 – Dec/2015)

Budget: 6 M€ (EC 4M€)


Sustainable Will Contribute at EU Level to …

Load and Renewable Energy ForecastPredictable

Grid Monitoring and State EstimationObservable

Voltage Control at MV and LVControllable

To make electricity distribution grids more…

…allowing higher integration of Renewables and DER!


Project Structure includes 9 Work Packages (WP)- R&D will be the object of 5 WPs- Validation will be made in 2 WPs using already existing test sites- Other WPs include project management, dissemination and related activities

WP2 Leader: EFACEC

WP3 Leader: INESCP WP4 Leader: UNIMAN

WP5 Leader: ICCS

WP6 Leader: EDPD WP7 Leader: Comillas

WP8 Leader: TUB

WP

1 L

ead

er:

ED

PD

WP

9 L

ead

er:

ED

PD

Sustainable Work Package Structure


1

1 6 9

• Reference Architecture

• Specifications

• Validation Use Cases

• R&D Development

• New tools design

• Planning

• On-site Validation

• Regulatory Analysis

• Replication Plan

I II III

1 year 1 year 1 year

- Definition of a common architecture

- Agreement on interface requirements

- Development of the different functional modules

- Initial validation of developed tools

- Proof of concept validation

- Demonstration in the InovGrid site

- Regulatory and CBA

Description

Work Packages

2 3 3 4 5 7 87

1 3 4 9

5

2013 2014 2015

96 7 8

Dissemination Activities + Project Management

Sustainable High Level Calendar


2013: System Architecture

DSO as Distribution System Optimizer, Market Facilitator, Data Manager, ...


2014: Functionalities R&D Tools development

• SF1. Advanced local forecasting tools to predict Load

• SF2. Advanced local forecasting tools to predict RES

• SF3. Advanced local distribution grid monitoring / state estimation

• SF4. Advanced coordinated voltage control

• SF5. Technical virtual power plant (TVPP) concept

• SF6. Provision of differentiated quality of supply (QoS)

• SF7. Network reinforcement planning considering DER management

• SF8. Power quality planning for flexible distribution systems

• SF9. Planning of Advanced System Protections

Estimation and

Forecasting

Network

Operation

Network

Planning

Input

Impact


2015: Functionalities application over Inovgrid

SuSTAINABLE Deliverables Schedule

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

WP1

WP2

WP3

WP4

WP5

WP6

WP7

WP8

WP9

Project Month

D1.1 D1.2 D1.3

D2.1D2.3

D2.2D2.4

D3.3D3.1

D3.2

D3.4

D3.5 D3.6

D4.3D4.1

D4.2

D5.1

D5.3D5.2

D6.2D6.1

D7.2D7.3

D6.3

D7.1

D8.1 D8.2 D8.3

D9.2D9.1

D9.6(*)

D9.3 D9.7 (*)

D9.4

D9.5

D9.8(*)

Jan. 2013

Dec. 2015

Jan. 2014

Jan. 2015 TODAY

(*) Joint Deliverable

D1.4

SuSTAINABLE is a European project under the 7th Framework Programme for Research and Technological Development with contract No: 308755 38

2015+: Finish Demo, CBA and Roadmap

Finish Demonstration

CBA and Regulatory

Roadmap and Final Conclusions


1000+

Website

Visits5

Posters

15+

Conferences

175+

FB LIKES

30+

Papers

10Newsletters

Dissemination Highlights


SuSTAINABLE

SuSTAINABLE Integration in the Family of Projects

Knowledge- Sharing

Replicability

Scalability

iGREENGRID2012

SiNGULAR

GRID+


Thank You!

www.sustainableproject.eu

www.facebook.com/sustainableproject

[email protected]

http://www.sustainableproject.eu/






17:00 End Visit

Agenda

Coordinator

WP6 Demonstration architecture25th of November 2015 – Évora, Portugal

Coordinator

SF1 – Load Forecast

Coordinator

SF2 – Renewable Energy Forecast

45

LV solar generation monitoringequipment (29 microgenerators)

Server for generation data

Forecast web application

Server weather data

Coordinator

SF3 – State Estimation

Coordinator

SF4 – Voltage Control

Coordinator

SIFGRIDSI

FGR

ID

SF1 outputs

SF2 outputs

SF3 outputs

SF4 outputs

Aggregates main outputs from the several developed tools

Non – technical interface

Allows visualization of most important data without loss of

context

Coordinator

Q&A






17:00 End Visit

Agenda

edp distribuição towards a sustainable future · 15:00 edp distribuição ... more than 20k micro...

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