Interoperabilita t im Datenaustausch der Energiewirtschaft

Transcription

1 Interoperabilita t im Datenaustausch der Energiewirtschaft vom Use Case zum Test der Integrationsprofile Dipl.-Ing. Dr. techn. Gerald FRANZL systems engineer EDV-Beratung GmbH Office Vienna, 1030 Wien, Marxergasse 24/2/ Symposium Energieinnovation 2018 Graz 15. Februar 2018 Outline The Energy System Integrating the Energy System Interoperability IES Process Integration Profile Development Use Case Method Technical Frameworks Interoperability Testing Test Results Other Activities 2 The Electrical Grid the biggest machine distributed control supply = demand at any instance of time voltage & frequency light-speed hard to grasp 3

2 The Energy System IT apps added to grid OT Challenges and Drivers 4 Integration of: renewable energy sources fluctuating energy production distributed energy resources many connected to LV/MV grid prosumer interfaces and control systems many different Improve the: grid utilisation reduce overprovisioning supply quality, system resilience, etc. new options share of renewable energy sources energy transition Smart Grids enable novel approaches step-by-step IES Austria Project 5 energy system includes more-and-more networked IT becomes smart reaches into customer premises enabling novel business models increased number of actors and products that interact reliable communication to maintain coordinated control various actors served in parallel multiple access open interoperability becomes a key issue Projekt targets are: Migrate an established holistic process that fosters interoperable solutions Adopt a testplattform to assess interoperability and required conformances Highlight economic chances and benefits of interoperably solutions Realise prototype building blocks for initial interoperability testing Invite stakeholders to jointly develop integration profiles 6

3 Interoperability Definition of interoperability: Ability of a system to work with or use the parts or equipment of another system work together communicate + understand + know + trust Legal joint conformity with laws, policies, standards, regulations Semantic equal meaning and interpretation of content Syntactical use common data formats and endcoding Technical select the same communication means and protocols Operational provide required information at the right time 7 Smart Grid Model SGAM Use it to: position the many features in a map identify relations and interfaces encapsulate building blocks c CENELEC, reproduced with permission 8 Identify Use Cases VPP send Schedule 9

4 IES Process 10 IHE New Profiles Process 11 IES Schedule 12

5 IES Integration Profile Development Process 13 TOGAF C Information System B D Business Prelim. Framework and Principles A Technology E Requirements Vision H Opportunities and Solutions F Change Management G Migration Planning Implementation Governance Development Method (ADM) The Open Group Framework (TOGAF) 14 Technical Specification send Schedule Actor-Transaction diagram compose meta-actors from atomic actors (software modules) connection between actors = transaction (cooperation via ICT) split transaction into atomic steps (arrows indicate process flow not information flow direction) Transaction sequence diagram 15

6 Structure of Technical Frameworks Domain Overview TF x Technical Framework y TF z Vol.1 inf. Vol.1 BF j Business Case Overview (operation basics) Business Function k (meta-actors, interop.issues) BF... Vol.1 inf. Vol.2 spec. Vol.2 IP a IP b Integration Profile c (Interop. Use Case) IP... Transaction 1 (procedure) Trans.2 Trans.3... Actor 1 (software module) Act.2 Act.3... Act.n Vol.2 spec. Vol.3 opt. Vol.4 reg. Vol.3 options Vol.4 regional obligations Vol.3 opt. Vol.4 reg. Implementation A I C O 16 IT solutions (systems, sub-systems, modules) are implemented by vendors entirely on their own Integration Profiles are used as implmenetation guidelines to achieve prototypes that pass interoperability testing Connectathon A I C O 17 A I C O 18

7 IHE Gazelle test platform provides test szenarios and sequences: step-by-step documents the results when executed by a neutral monitor can include validators for conformity checks proxy server records test-specifically all data-traffic and much more... Connectathon Results A I C O 19 Product Repository A I C O 20 A I C O 21

8 Vision of IES Vendors and users of energy system components work together to transparently specify interoperable ICT solutions Energy systems are easily composed and sustainably adopted step-by-step with components off the shelf Technical and procedural hassles are removed such that every prosumer participates in the energy transition Other Interoperability Actions A I C O 22 EIF The New European Interoperability Framework Big Data for Public Administrations European public procurement interoperability initiative (e-procurement and e-invoicing) Trusted Exchange Platform (e-trustex) Interoperability Test Bed (ITB) Interoperability agreements on electronic documents and electronic files European Interoperability (EIA) EIRA and CarTool Joinup European Single Procurement Document (ESPD) e-documents Reference Interoperability Test Bed EDA Energiewirtschaftlicher Datenaustausch go international? A I C O 23 Thank you for your attention join us for coming activities Dipl.-Ing. Dr. techn. Gerald Franzl systems engineer EDV-Beratung GmbH Office Vienna: Marxergasse 24/2/ Vienna, Austria franzl@aico-software.at The IES-Austria team are: Technology Platform Smart Grids Austria 1060 Vienna, Austria Tiani Spirit GmbH 1220 Vienna, Austria FH Technikum Wien 1200 Vienna, Austria OFFIS e.v., Oldenburg, Germany EDV-Beratung GmbH 2122 Ulrichskirchen, Austria Sprecher Automation GmbH 4020 Linz, Austria A I C O