A Pathway Towards Smart Grids Through an Open IEC Based Software Architecture
0 likes2,090 views
The document discusses a pathway towards smart grids through an open IEC-based software architecture. It proposes a reference architecture that separates the data model from the underlying communication and data acquisition systems to enable new business applications. The architecture is based on international standards, particularly the IEC 61968 series, to ensure interoperability and maximize return on investment for utilities.
![Landis+Gyr reference architecture
Service Customer Service User and BI/Analytics Utility
Advanced Operational Dashboard Consumer Operational
Applications Applications
business Systems
Prepayment / Installation/ Load Control /
applications Pay As You Go Deployment Demand Response
Outage
Management
Applications System
IEC 61968 Asset
Management
Grid and Meter Data unification, System
Grid & Grid and Meter Data Management applications Reporting
synchronization and storage
Meter Data On- Work Order Data NIS/GIS
Event Mgmt. VEE
Management Data demand
Storage
Mgmt. Aggregation
Collection commands Tariff/Profile App EDM
Systems /controls Calculation
Supervision Data Profiling
Enablement
NMS (DA)/
IEC 61968 SCADA
System
Smart Meter Network Mgmt Data collection
Head End System platform Management Software and reporting
ERP/CIS
IEC 61850 and IEC 62056 [DLMS/COSEM]
DMS
IEC 61968
Electric Gas Heat/Cold Water WOMS
Smart Devices
Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 15](https://image.slidesharecdn.com/apathwaytowardssmartgridsthroughanopeniecbasedsoftwarearchitecture-121221053343-phpapp02/85/A-Pathway-Towards-Smart-Grids-Through-an-Open-IEC-Based-Software-Architecture-15-320.jpg)
A Pathway Towards Smart Grids Through an Open IEC Based Software Architecture
- 1. A pathway towards smart grids through an open IEC based software architecture Richard Haagensen Metering/CRM/Billing Europe 2012 © Landis+Gyr | October 10, 2012
- 2. Energy utilities adopting to new needs Tomorrow: New business model & new needs Today: Transparency to build Smart Grids Yesterday: A top-down hierarchy Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 2
- 3. Linking technology innovations with new business processes New Renewable Integration Billing, Balancing & Settlement … business Distribution & Substation Automation Demand Response New Services processes Network Operations & Delivery Asset Management Outage Mmgt & Control Field Services Future proof AMI solution architecture Smart Metering IHD’s Load / Demand Mangement New Home Automation Smart Appliances & Distribution and substation technology Thermostats Micro Generation automation Plug-in-Hybrid Storage/ Batteries Public lightning Vehicles & Storage …. Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 3
- 4. How to create a solution architecture to meet the future needs? Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 4
- 5. Standardized solutions - secured investments Rapid innovation on business applications requires data model to be separated from AMI Hide details of the underlying communication and data acquisition machinery to provide a logical model which can be leveraged by business applications Standards for enterprise system communications can be more challenging than device-level standards Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 5
- 6. Future proof reference architecture Utility Operational Advanced business applications Systems Outage Management System INTEGRATION Asset Management System Grid & Meter Data Management Systems NIS/GIS INTEGRATION EDM NMS (DA)/ SCADA Head End Systems System ERP/CIS INTEGRATION DMS INTEGRATION WOMS Smart Devices Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 6
- 7. What to consider for an effective implementation of the solution architecture? Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 7
- 8. Requirements for efficiency Clearly defined system functional boundaries Limited number of standards applicable at the interface points Common semantic model for all interfaces and systems Commonalities recognized– no need to re-invent the wheel Data communicated and stored in unified ways Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 8
- 9. Software of the future solves the challenges of today S oftware plays a critical role integrating legacy and state-of-the-art utility systems S tructured, straightforward interoperability ensures maximized ROI for the utility S tandards-based development minimizes risk and provides consistent end-to-end results T here is a wide set of standards and requirements documents applying to the AMI infrastructure H ow to mature the standards to support production deployments? Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 9
- 10. How to ensure end-to-end interoperability by choosing the right standards? Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 10
- 11. Choosing the right standards and efficient strategy Pre-integration and choice of "right mix of standards" as the solution The industry focus for software and IT systems is on the International Electrotechnical Commission (IEC) 61968 series of standards IEC 61968 series of standards for interface architecture, general requirements, meter reading and control and implementation The Common Information Model (CIM), maintained by the IEC, underlying the IEC 61968 series of standards has been widely adopted in the utility industry Today, utilities have come to rely upon the interoperability and consistent results yielded by products based on the CIM and its derivative standards Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 11
- 12. IEC 61968 Distribution Management; Business Functions Network Record &Asset Operational Maintenance & Operations Management Planning & Construction Optimization Interface standard: Interface standard: Interface standard: Interface standard: Part 3 Part 4 Part 5 Part 6 IEC 61968 Compliant Middleware Services Interface standard: Interface standard: Interface standard: Part 11: Part 7 Part 8 Part 9 Network Customer Meter Reading Common Extension Support & Control Interface Model Planning CIM Electric Distribution Network Planning, Constructing, Maintaining and Operating Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012
- 13. European standardization model European Smart Metering EU Mandates Industry Group EU M/441 EU M/490 Smart Metering Smart Grid ESMIG European Standardisation Organisations ESMIG supports both SM-CG & SG-CG with: - Definition of a functional reference architecture of the (ITU) Advanced Metering Infrastructure (AMI) and Smart Grid. (ISO) (IEC) - Definition of functional requirements by Use Cases. - Design of sustainable standardisation processes - Smart Grid Security The ESMIG BSII work group provides a reference SM-CG SG-CG business system integration architecture and use cases mainly based on the IEC 61968 series that Smart Metering Smart Grids ensures a full interoperability between the technical Coordination Coordination metering data management systems and the Group business management systems. Group Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 13
- 14. How to create a solution architecture to meet the future needs? Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 14
- 15. Landis+Gyr reference architecture Service Customer Service User and BI/Analytics Utility Advanced Operational Dashboard Consumer Operational Applications Applications business Systems Prepayment / Installation/ Load Control / applications Pay As You Go Deployment Demand Response Outage Management Applications System IEC 61968 Asset Management Grid and Meter Data unification, System Grid & Grid and Meter Data Management applications Reporting synchronization and storage Meter Data On- Work Order Data NIS/GIS Event Mgmt. VEE Management Data demand Storage Mgmt. Aggregation Collection commands Tariff/Profile App EDM Systems /controls Calculation Supervision Data Profiling Enablement NMS (DA)/ IEC 61968 SCADA System Smart Meter Network Mgmt Data collection Head End System platform Management Software and reporting ERP/CIS IEC 61850 and IEC 62056 [DLMS/COSEM] DMS IEC 61968 Electric Gas Heat/Cold Water WOMS Smart Devices Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 15
- 16. A pathway towards smart grids and smart communities Smart Community Intelligent Applications Smart Grid New applications for intelligent Meaningful Information management of infrastructure, appliances, resources & cost HES software & Meter Data Management System solutions Communications technology & networks Measurement technology 16 Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 16
- 17. Thank you for your attention Open IEC based software architecture | Richard Haagensen | © Landis+Gyr | October 10, 2012 17