Joint Informi GIS / IBM presentation at Esri UC 2014
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Fingrid is developing a new solution called ELVIS to enhance electricity transmission asset and operation management by replacing an outdated system with integrated, standard software tools. The objectives include improving efficiency, reducing costs, and providing a comprehensive source of power system information. The solution will utilize a robust data model that ensures data consistency and facilitates collaboration among various stakeholders in the electric utility sector.
Joint Informi GIS / IBM presentation at Esri UC 2014
- 1. Visualizing knowledge The new point-of-reference tool for Electricity Transmission Asset and Operation Management
- 2. Visualizing knowledge Marko Juslin Project Manager at Fingrid Oyj Christian Albertsen Energy & Utilities Industry Consultant at IBM Global Services Nis Jespersen IT Architect at IBM Global Services Jens Dalsgaard Solution Strategist and Smart Grid Specialist at Informi GIS Briefly Presenting the Presenters by Informi GIS
- 3. Visualizing knowledge The ELVIS Project Background and Objectives by Fingrid Existing system custom developed over 20-30 years Old legacy application that is difficult use (old technology) and not fulfilling todays business needs Lack of agility when responding to new requirements. Fingrid's IT strategy is to use standard applications Prior to significant grid investments in the coming years Fingrid has tendered a new solution for designing and managing the grid and projects. Prior to European regulations (ENTSO-E) requirement for grid model management
- 4. Visualizing knowledge ELVIS High Level Objectives by Fingrid Increasing operative efficiency • Increasing proactivity in calculations, monitoring and maintenance • Reduce on-going costs of asset/grid planning and maintenance system • Ensure efficient support of workflows and business processes Single source for power system information • Improving information access and usability within stakeholders • Allow integration with internal and external IT systems by CIM compliance Adding cost aspect to operation and power system components • Enhanced business planning through cost operational analytics Implement solution based on standard systems with a minimum of customization A more efficient tool for Fingrid's asset and operation management by replacing existing tailor-made grid information systems by integrated best-of-breed standard software products
- 5. Visualizing knowledge Fingrid Among the Best in ITOMS*Study by Fingrid 28 participants delivering to 1/3 of the world population A highly respected study Very detailed *ITOMS: International Transmission Operations & Maintenance Study
- 6. Visualizing knowledge ELVIS Business Process Support by IBM Grid & Asset Modeling Growth Clearance, Crossing & Real Estate Management Relay Modeling and Calculations Grid and Asset Calculations Electrical Grid Modeling and Calculations Workorder and Maintenance Project Management Outage Management & Switching Planning Disturbance Management
- 7. Visualizing knowledge An Overview of the ELVIS Solution GIS Maximo PSS®ODMS PSS®E IPS CAPEPrimavera 1. Complete grid documentation in one place 2. Integrated with asset and work management 3. Integrated project planning 4. CIM based electrical grid model generated from GIS model 5. Electrical calculations and analysis 6. Relay management and calculations by IBM
- 8. Visualizing knowledge GIS Maximo PSS®ODMS PSS®E IPS CAPEPrimavera 1. Complete grid documentation in one place 2. Integrated with asset and work management 3. Integrated project planning 4. CIM based electrical grid model generated from GIS model 5. Electrical calculations and analysis 6. Relay management and calculations by IBM Our Focus in This Presentation
- 9. Visualizing knowledge The PowerGrid Data Model in GIS The objectives / requirements behind the PowerGrid data model are: Must hold complete and topologically correct documentation of the grid Must support asset management in cooperation with Maximo Must support extract to CIM for subsequent complex analyses Must support life cycles from planning till decommissioning Must require a minimum of customization compared to standard ArcGIS/ArcFM GIS by Informi GIS
- 10. Visualizing knowledge The PowerGrid Data Model in GIS Inspired by the CIM standard Easing extract to CIM Easing the dialogue with and use by power engineers Supports consolidated documentation of the entire grid Towers, overhead lines, earth wires, spans, cables, phase sequence and transpositioning, grouping as transmission lines, line sections, branches…, loadability, pi equivalent data, mutual coupling, substations, bus bars, bays, circuit breakers, disconnectors, ground switches, capacitor banks, reactors, current and potential transformers, power transformers, neutral network… by Informi GIS
- 11. Visualizing knowledge The PowerGrid Data Model in GIS by Informi GIS
- 12. Visualizing knowledge Critical Integration Points by IBM Unversioned hierarchical model of logical locations and physical assets Versioned geospatial representation of grid elements, master of grid connectivity Versioned grid model of grid connectivity and electrical characteristics
- 13. Visualizing knowledge ArcGIS – Maximo Data Flow by IBM WebSphere ESB ArcGIS Maximo Spatial Maximo Data exchanged via web services, Features mapping to Locations, selected Asset attributes returned Maximo Spatial ”Map Tab” through ArcGIS REST services, providing geospatial context of Locations
- 14. Visualizing knowledge Critical Integration Points by IBM Unversioned hierarchical model of logical locations and physical assets Versioned geospatial representation of grid elements, master of grid connectivity Versioned grid model of grid connectivity and electrical characteristics
- 15. Visualizing knowledge GIS–ODMS Integration IEC-CIM Mapping by IBM The GIS Powergrid model is a CIM adaption, but must still first and foremost serve as a GIS network model. By contrast, ODMS is pure CIM-based. Mapping of the connectivity model is needed. Particular complex details include: Mapping of switches from a point feature into a two-terminal device. The necessity of creating abstract elements (Terminals and some ConnectivityNodes) out of a more crude model.
- 16. Visualizing knowledge In order to maintain its position among the most reliable and lean Electricity Transmission System Operators, Fingrid needed a robust, flexible and fully integrated grid, asset and work management system – data should be entered once and distributed as needed. The most fundamental data is the electrical grid model. Based on the PowerGrid data model ArcGIS provides the one version of the truth – both for the operational grid as well as the future changes. One model – designed and maintained in ArcGIS - is shared across applications. Integration between GIS and Maximo ensures optimized grid design and maintenance processes and ensures data consistency throughout the asset life cycle. Utilizing CIM, the GIS – ODMS integration provides a standard way of delivering GIS grid models to electrical design, analysis and calculation systems used throughout the industry - ensuring that electrical grid models are maintained centrally and distributed efficiently using a common format Any transmission or large distribution company looking at ways of optimizing processes across GIS, Enterprise Asset Management and Electrical Grid Calculation / Design should have a look at the Fingrid ELVIS solution. by Informi GIS Summary and Conclusion
- 17. Visualizing knowledge Thank You for Your Interest The new point-of-reference tool for Electricity Transmission Asset and Operation Management Please feel free to contact us after the session
Editor's Notes
- #6: 28 participants, Electricity transmission utilities from Europe, Americas, Asia and Pacific that are responsible for almost 1/3 of the global populations electricity on transmission voltage level A highly respected study in the transmission business Very detailed study (almost 3000 questions)