Puglia Active Network - EUROPA - SETIS · Compared to the original proposal, the MV active customer will not be involved on the a) innovative voltage regulation (by reactive power

Puglia Active NetworkVincenzo M. EmmaGreen Week 2017Bruxelles, 31/05/2017

Enel Global Infrastructure & Networks

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1.9Mln Km of

lines

414TWh

Distributed Energy

61Mln Customers

Spain12 M customers

Italy32M customers

Romania2.7M customers

Chile1.8M customers

Peru1.4M customers

Colombia2.8M customers

Brazil6.7M customers

Argentina2.5M customers

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e-distribuzione S.p.A.Infrastructure and Networks Italy

3Open DSO for an advanced and high quality service

The information contained in this document is the property of e-distribuzione S.p.A and mustbe used by the recipient only for the purposes for which it was received. It may not be copiedor disclosed in any without the explicit permission of e-distribuzione S.p.A.

667.000Producers

1.145.000Km of lines

31.6 MCustomers

442.000 MV/LVSubstations

27 GWGeneration

2.195 HV/MV Substations

223 TWhDistributed Energy

>16.000employees

e-distribuzione in Apulia region

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67.670 km lines

102 primary substations

100 switching substations

7.968 secondary substation

41.000 producers45companies

43.400producers

1.200employees

95.600km lines

2,4 mlnusers

36.000substations

THE IMPACTO OF PAN ON THE DISTRIBUTION GRID

70%

80%

56%

22%

94 %

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Scenario

Apulia is the first region in Italy in terms of installed photovoltaicpower plants (2555 MW @2013) and has the highest productionlevel from these plants (3715 GWh @2013)

The increased amount of energy produced by DG requires anovel active management of the network

We’re facing the need to obtain an enhancement of electricdistribution network performances through innovativetechnologies

This project will address some of the priority aspects under studyin the Roadmap 2013-2022 proposed by the European ElectricityGrid Initiative (EEGI) within the SET PLAN (smart grids area)

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Présentateur

Commentaires de présentation

. La Puglia, infatti, con 39.318 impianti, è la prima regione in Italia in termini potenza installata degli impianti fotovoltaici (2.555 MW) nonché la regione con la maggiore produzione di energia proveniente da questi impianti (3.715 GWh pari a circa il 17% della produzione totale registrata in Italia). Solare Fotovoltaico - Rapporto Statistico 2013 | GSE (Gestore Servizi Energetici) Solare Fotovoltaico - Rapporto Statistico 2013 | GSE (Gestore Servizi Energetici)

First Smart Grid in Europe at regional scale

Puglia Active Network is a 170 M€ value project, financed by European Commission for a maximumamount of 85 M€ (under the NER300 second call)

More efficient and reliable grid performances facing theincrease of DG

Foster the creation of an eco sustainable urban model

Enable new services to citizens

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Project goals and expected benefits

The proposed solution

The project final version foresees the elimination of the IEC61850 customer control devices for the active/reactive power control and the IEC61850Interface Protection Relay. The project final version aimed to provide Enel PODs all the necessary equipment to make them available and ready forRemote Disconnection and measurement. In addition it is expected to realize the predisposition for connection of the IEC61850 customer controldevices and IEC61850 Interface Protection Relay.Compared to the original proposal, the MV active customer will not be involved on the a) innovative voltage regulation (by reactive powerregulation), b) limitation/modulation of active power c) Inter-trip message.

.

Goals 19.2 TWh , FER energy production (2018 -2023)

30th July 2018 , entry into operation

Knowledge sharing

Expected benefitsImproving Quality of Service

Increasing hosting capacity

Optimizing energy efficiency

Enhancing electric mobility

….

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Electric vehicles recharging infrastructure

Predictive maintenance on primary substations

Smart Grid functionalities implemented

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Advanced automation

DG monitoring and controlling

MV lines voltage monitoring and controlling

Présentateur


Automazione evoluta OBIETTIVI Isolare tratto difettoso senza far ricorso alla richiusura veloce della linea MT, anche in caso di corto circuito. Riduzione tempi di guasto e piccole interruzioni. Evitare perdita altre utenze attive su una linea MT in caso di guasto su linea utente FUNZIONALITA’ Comunicazione fra le RTU (Remote Terminal Unit- TPT200 in CP, UP in CS) di CS e fra le RTU di CS e la RTU di CP Rilevazione direzionale della corrente e la regolazione della tensione di sbarra in CP Selettività logica tronco guasto di linea MT TIPOLOGIE DI INTERVENTO Impiego di nuovi dispositivi installati nelle cabine secondarie che controllano uno o più interruttori connessi alle sbarre MT e di un interruttore automatico sul montante di linea in cabina primaria. Prevista installazione nuove protezioni in cabina primaria sui trasformatori e sulle protezioni di linea Installazione RGDM, sensori MT (smart termination), interruttori MT (DY800) Monitoraggio e controllo GD/tensione di linea MT OBIETTIVI Aumentare l’hosting capacity e mantenere il profilo di tensione lungo la linea nei limiti normativi Limitare, se necessario, la potenza attiva immessa in rete da utenze attive fino alla disconnessione, se necessaria (ove possibile); NELLA PROPOSTA DI VARIANTE SI POTRA’ EFFETTUARE SOLO LA DISCONNESSIONE FUNZIONALITA’ Determinare in maniera automatica il livello di tensione di ciascuna sbarra MT in CP Mitigazione profilo di tensione attraverso il generatore comandato da IRE/RGDM; NON PREVISTA NELLA PROPOSTA DI VARIANTE Comunicazione al sistema centrale in caso di situazioni non gestibili automaticamente in locale Soccorso generatori contigui TIPOLOGIE DI INTERVENTO Installazione TPT2020 + DV7500 in CP RGDM in CS + IRE lato cliente (INSTALLAZIONE IRE NON PREVISTA NELLA PROPOSTA DI VARIANTE) Nuovi router 61850 CP + CS Manutenzione predittiva MT in CP OBIETTIVI Migliorare interventi di manutenzione sugli interruttori di montante MT di cabina primaria FUNZIONALITA’ Impiego di sensori sugli interruttori di circuito, in grado di trasmettere via LAN le misure delle correnti nella bobina di azionamento. I dati trasmessi saranno elaborati da opportuni software per il monitoraggio della vita utile degli interruttori MT. TIPOLOGIE DI INTERVENTO Installazione nuove protezioni montanti Nel talk a seguire i colleghi della DTR PUB Angelo Guastadisegni e Concetto Tosto approfondiranno le funzionalità smart grids nel PAN

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Puglia Active NetworkProject actors

MEMBER STATE TECHNICAL PARTNER

MEMBER STATE REPRESENTATIVE

PROJECT SPONSOR

NER 300 FUNDING PROGRAMME RESPONSIBLE

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Présentateur


Con questa slide si introducono i referenti Ministero e GSE che faranno un saluto ed una breve descrizione dei rispettivi ruoli nell’ambito del PAN.

Active MV USERS

Primary Substations

PAN Project schematic

TPT2020New AT/MT Transformer ProtectionNew MV feeder protectionsLAN 61850 Router LTE

Vacuum circuit breaker (DY800) Advanced fault locator (RGDM) Voltage and current sensor (ST) Remote Terminal Unit (UP) Router LTE



Passive MV USERS

MV

SMART INFO

LV

CHARGING STATIONS

Pole Mounted Switches

Secondary Substations

Fault locator (RGDAT)Remote Terminal Unit (UP) Router LTE IMS

Remote Busbars

TPT2020New MV feeder protectionsLAN 61850 Router LTE

MV

All nodes (SS, PS, MV user, PMS) are always on connected through wireless LTE connections . The nodes communicatewith each other through two collection and switching hubs. The two HUBs (Bari e Palermo) are connected to the providernetwork through fiber optic connections.

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TLC infrastructure

Pole Station

Fast Recharge Plus

Pole StationPermitting phase completed

EV charging stations

• Charges up to 3 vehicles simultaneously• 22kW-43kW (cd Mennekes, type2) AC recharge and 50 kW DC (CHAdeMO e Combo2) recharge allowed• Complete recharge within 20-30 minutes• Compatibility with each electric car existing on the market• Autonomy extended out of the city boundaries• Interoperative and multivendor in order to adapt to every energy supplier

PAN EV charging stations

POLE STATION

FAST RECHARGE PLUS

•Charges up to 2 vehicles simultaneously (or 1 car and 1 motorcycle)

•22kW (cd Mennekes, type 2) AC recharge and 3 kW (cd Scame, type 3a) recharge allowed

• Complete recharge within 1/2 hours (22kW mode)

• Complete recharge within 6/8 ore (3kW mode)• Compatibility with each electric car existing recharging in AC mode on the market• Interoperative and multivendor in order to adapt to every energy supplier

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Activities status

100

15

47

68

17

99

100

0 10 20 30 40 50 60 70 80 90 100

TLC COVERAGE

SMART INFO DELIVERY

EV CHARGING STATIONS

SECONDARY SUBSTATIONS

PRIMARY SUBSTATIONS

PROCUREMENT

ENGINEERING

% Project Progress

NER300 experience for us

A fundamental support to help developing at larger scale the results from all the previous

demonstrative projects

Clear guidance during application phase

Easy to acces support during project deployment

Results from our experience in other demonstrative studies and tests offers new solutions that can

lead to upgrade some solutions (and to optimize the location of some interventions)

Opportunities for the local developement of new professionalities and opportunity to let citizens

discover a new way of behaving.

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Documents

Puglia Active Network - EUROPA - SETIS · Compared to the original proposal, the MV active customer will not be involved on the a) innovative voltage regulation (by reactive power