European collaboration for Data Interoperability Energy Data Access - - PowerPoint PPT Presentation

European collaboration for Data Interoperability

Energy Data Access Conference

Nicolas Richet - ENTSO-E CIO

Tallinn, 28 November 2019

The Association : ▪ 42 TSOs in 35 countries ▪ 500 million citizens served ▪ 480 000 kilometers of power lines ▪ 467 000 GWh of electricity exchanges in 2018

An introduction to ENTSO-E

Enabling the European energy transition through:

▪ Regional & global cooperation ▪ Long term grid planning ▪ Security of supply analysis ▪ Technical/market rules ▪ European platforms ▪ Standardisation & research Ensuring real time system security through:

Enabling the European energy transition through: Enabling the European energy transition through: Enabling the European energy transition through:

What TSOs do for the pan-European energy system

▪ TSOs anticipate need for cooperation ▪ TSOs efficiently respond to new challenges ▪ TSO Regional Cooperation is a success story ▪ TSOs ensure a high level of security despite the on-going transitions ▪ TSOs help interconnecting the markets ▪ TSOs’ initiatives foster increased cross-border trade ▪ TSOs’ initiatives foster price convergence ▪ TSO coordinated planning generates welfare gains ▪ TSOs actively engage in innovation/new technologies ▪ TSOs couple distant markets ▪ TSOs share know-how to foster acceptance

TSO Cooperation

Market interconnection Network planning & innovation System Operation

Enabling the European energy transition through: Enabling the European energy transition through: Enabling the European energy transition through:

What TSOs do for the pan-European energy system

▪ TSOs anticipate need for cooperation ▪ TSOs efficiently respond to new challenges ▪ TSO Regional Cooperation is a success story ▪ TSOs ensure a high level of security despite the on-going transitions ▪ TSOs help interconnecting the markets ▪ TSOs’ initiatives foster increased cross-border trade ▪ TSOs’ initiatives foster price convergence ▪ TSO coordinated planning generates welfare gains ▪ TSOs actively engage in innovation/new technologies ▪ TSOs couple distant markets ▪ TSOs share know-how to foster acceptance

TSO Cooperation

Market interconnection Network planning & innovation System Operation Acting locally, Coordinating regionally, Thinking European.

The electrical power system : a cyber-physical system of systems

The electrical power system : a cyber-physical system of systems

New Grid Digitisation started, currently accelerating

Two essential practical enablers of Interoperability

Standard an agreement enabling the sender to send an information that the receiver will be able to understand Channel some form of “technique” to convey an information

Models and standards

• Business Requirement

Specification

• Identification of

Generic Use Cases

Network codes drafting

• Map GUCs to SGAM
• Locate requirements

for standards

• Sequence Diagram

Standardization analysis

• Identify existing

standards and new gaps

• Definition of

standardization projects

Standardization preliminary phase

• Work on existing,

modified and new standards, including profiles

• Close collaboration with

Network Codes implementation projects

Standardization preparatory phase

• Test on functions and

interoperability

• Publication of

standards in IEC and/or CENELEC

Standardization approval phase

A strategic choice : the Common Information Model (CIM)

The ENTSO-E practical approach to support the legal mandates implementation

Focusing on cooperation and leveraging common assets

A practical mapping tool : the European Smart Grid Architecture Model (SGAM) A permanent effort : aligning the standards

Network Code Implementation Project Cooperations beyond ENTSO-E e.g. H2020, ebIX/EFET CIM Expert Group

Developing the European interoperability

Market data exchanges

(IEC 62325)

Transparency Platform

Transparency & Electricity regulation

CGMES

(IEC 61970)

Common Balancing processes Market Couplings RSC services

Network Codes Clean Energy Package

RCC services TYNDP

Ten-Year Network Dev. Programme

Interoperability maturity

Active system management (TSO/DSO) From ENTSO-E specific to CIM based Profiling the CIM to meet network codes requirements (TSO-TSO-wholesale Market Participants) Profiling the CIM for Clean Energy Package (TSO-DSO- SGU, retail market participants) Common Grid Model

A “channel” : ECCo SP, the ENTSO-E data exchange platform

ECCO SP

ENTSO-E Communication & Connectivity Service Platform

• Message delivery capabilities with a highly secure, energy standard-compliant solution
• In wide use in the European energy community
• Sample use cases :
• Market data collection and publication : Transparency Platform (TP)
• TSO grid models exchange : Operational Data Planning Environment (OPDE)
• Internal TSO data bus
• Cross-border capacity information exchange : Xbid
• TSO-DSO exchanges : H2020 TDX-ASSIST
• Datahubs “federator”

ENTSO-E Transparency Platform

Master Data

5.449 registered generation units and 235 active areas, 25.755 registered transmission assets

File Processing

~21 – 96.000 files per day ~14.4 million files per year

50 Data providers

TSOs, Auction offices, Power exchanges, 3rd parties

Platform Users

~3000+ daily active users ~16.900 registered users

7 Data Domains

Load, Generation, Transmission, Balancing, Outages, Congestion management and System Operations

Official Launch of TP

January 5, 2015

Services connect via single API (secure, simple) Customers interact via existing channels Customer Data Hub 1 Data exchange platform / ECCo “DataHubFed” Energy service Data Hub 2 … Data Hub n Energy service API Customer Customer Customer Customer Customer Customer Energy service API API

ECCo SP as a Data Hub federator

ECCo SP : the ENTSO-E data exchange platform

ECCO SP

ENTSO-E Communication & Connectivity Service Platform

• Message delivery capabilities with a highly secure, energy standard-compliant solution
• In wide use in the European energy community
• Sample use cases :
• Market data collection and publication : Transparency Platform (TP)
• TSO grid models exchange : Operational Data Planning Environment (OPDE)
• Internal TSO data bus
• Cross-border capacity information exchange : Xbid
• TSO-DSO exchanges : H2020 TDX-ASSIST
• Datahubs “federator”
• And more to come : evolution in development will dramatically increase the scalability of

the solution to cope with needs stemming from the Network Codes implementation (e.g. Electricity Balancing) and opening the possibility to add in the future new streams of data

New Grid Digitisation started, currently accelerating

Not to be forgotten : Digitalisation = Interoperability + (Cyber)security

Digitalisation

Grid Digitalisation

enables enables requires requires

enabled by

Decentralisation

Microgrids Prosumers

Decarbonisation

From fossil to renewables Electrification increases

Cyber Security Risk Interoperability

Cross-”silos” processes Data Sharing

Internal Energy Market

Isolated fortress Communication-enabled Structurally difficult Potentially easy

Data ? Données ?

Thank you