European collaboration for Data Interoperability Energy Data Access Conference Nicolas Richet - ENTSO-E CIO Tallinn, 28 November 2019
An introduction to ENTSO-E Ensuring real time system security through: The Association : ▪ Regional & global 42 TSOs in 35 countries ▪ Enabling the European cooperation 500 million citizens served ▪ energy transition ▪ Long term grid planning through: 480 000 kilometers of power lines ▪ ▪ Security of supply analysis ▪ Technical/market rules 467 000 GWh of electricity ▪ exchanges in 2018 ▪ European platforms ▪ Standardisation & research
What TSOs do for the pan-European energy system ▪ TSO coordinated ▪ TSOs help planning generates interconnecting welfare gains the markets Enabling the Network Enabling the ▪ TSOs actively engage in Market planning & ▪ TSOs’ initiatives foster TSO European energy innovation/new European energy innovation interconnection increased cross-border technologies transition Cooperation transition through: trade ▪ TSOs couple distant through: ▪ TSOs’ initiatives foster markets price convergence ▪ TSOs share know-how to foster acceptance System Operation ▪ TSOs anticipate need for cooperation TSOs efficiently respond to new challenges ▪ Enabling the European energy transition through: TSO Regional Cooperation is a success story ▪ ▪ TSOs ensure a high level of security despite the on-going transitions
What TSOs do for the pan-European energy system ▪ TSO coordinated ▪ TSOs help planning generates interconnecting welfare gains the markets Enabling the Network Enabling the ▪ TSOs actively engage in Market planning & ▪ TSOs’ initiatives foster TSO European energy innovation/new European energy innovation interconnection increased cross-border Acting locally, technologies transition Cooperation transition through: trade Coordinating regionally, ▪ TSOs couple distant through: Thinking European. ▪ TSOs’ initiatives foster markets price convergence ▪ TSOs share know-how to foster acceptance System Operation ▪ TSOs anticipate need for cooperation TSOs efficiently respond to new challenges ▪ Enabling the European energy transition through: TSO Regional Cooperation is a success story ▪ ▪ TSOs ensure a high level of security despite the on-going transitions
The electrical power system : a cyber-physical system of systems
The electrical power system : a cyber-physical system of systems
Two essential practical enablers of Interoperability New Grid Digitisation started, currently accelerating Channel some form of “technique” to convey an information Standard an agreement enabling the sender to send an information that the receiver will be able to understand
Models and standards The ENTSO-E practical approach to support the legal mandates implementation Network Code Implementation Standardization Standardization analysis preparatory phase Project • Identify existing • Test on functions and • Business Requirement interoperability standards and new Specification • Map GUCs to SGAM gaps • Work on existing, • Publication of • Identification of • Locate requirements • Definition of modified and new standards in IEC Generic Use Cases CIM standardization and/or CENELEC for standards standards, including projects profiles • Sequence Diagram Expert Group • Close collaboration with Network codes Standardization Network Codes Standardization drafting Cooperations implementation approval phase preliminary phase projects beyond ENTSO-E e.g. H2020, ebIX/EFET Focusing on cooperation and leveraging common assets A strategic choice : A practical mapping tool : A permanent effort : er the Common the European Smart Grid aligning the standards er Outline of Usecase Subfunctions Information Model Architecture Model (SGAM) er Data Model Data Model er Market Protocol Protocol (CIM) Enterprise er Operation Station Generation Zones Field Transmission Distribution Process DER Customer Domains Premise
Developing the European interoperability Market data exchanges CGMES Interoperability maturity (IEC 62325) (IEC 61970) Transparency TYNDP From ENTSO-E specific to & Electricity Transparency Platform regulation CIM based Ten-Year Network Dev. Programme Market Couplings Profiling the CIM to meet network codes requirements Common Grid Network (TSO-TSO-wholesale Market Model Codes Common Balancing RSC services Participants) processes Profiling the CIM for Clean Energy Package (TSO-DSO- SGU, retail market RCC services Active system participants) Clean Energy management (TSO/DSO) Package
A “channel” : ECCo SP, the ENTSO-E data exchange platform E NTSO-E C ommunication & Co nnectivity S ervice P latform 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) • ECC O SP 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 7 Data Domains Official Launch of TP Load, Generation, Transmission, January 5, 2015 Balancing, Outages, Congestion management and System Operations 50 Data providers Master Data TSOs, Auction offices, Power exchanges, 3 rd parties 5.449 registered generation units and 235 active areas, 25.755 registered transmission assets Platform Users ~3000+ daily active users ~16.900 registered users File Processing ~21 – 96.000 files per day ~14.4 million files per year
ECCo SP as a Data Hub federator Energy service Energy service Energy service Services connect via single API (secure, simple) API API API Customers interact via existing channels Data exchange platform / ECCo “ DataHubFed ” Data Data Data … Hub n Customer Hub 1 Hub 2 Customer Customer Customer Customer Customer Customer
ECCo SP : the ENTSO-E data exchange platform E NTSO-E C ommunication & Co nnectivity S ervice P latform 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) • ECC O SP 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
Not to be forgotten : Digitalisation = Interoperability + (Cyber)security New Grid Digitisation started, currently accelerating Internal Energy Market Cyber Security Risk Decarbonisation Decentralisation Potentially easy From fossil Electrification Structurally difficult Microgrids Prosumers to renewables increases enables requires requires enables Digitalisation Communication-enabled Data ? Interoperability enabled by Cross- ”silos” Data Sharing processes Données ? Grid Digitalisation Isolated fortress
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