IPS SDU

Loading...

Flash Player 9 (or above) is needed to view presentations.
We have detected that you do not have it on your computer. To install it, go here.

0 comments

Post a comment

    Post a comment
    Embed Video
    Edit your comment Cancel

    Favorites, Groups & Events

    IPS SDU - Presentation Transcript

    1. Company for computer engineering and consulting Diginaut d.o.o. Sava Burica 14/47 11080 Belgrade Serbia Phone: +381 11 2610 439 Fax: +381 11 2610 439 E-mail: office@diginaut.co.rs www.diginaut.co.rs Distribution Management System SCADA / DMS / NMS for electric utilities Contact: IPS SDU Development Team ipssdu@diginaut.co.rs phone: +381 11 2610 439 mobile: +381 63 7701 824 S9A10-1 July 2006 Page 1
    2. The key strength of Diginaut development process, its ability to instantly generate model-driven components, has proven itself in one of the Diginaut’s largest integration projects: remote control system in Electric Utility of Belgrade (IPS SDU). IPS SDU (SCADA, DMS, NMS) IPS SDU uses IEC 61968 and 61970 series of standards as a foundation for binding together network operations, management and planning systems, ERP (Enterprise Resource Planing), CRM (Customer Relationship Manage- ment) and GIS (Geographic Information System). Distribution Management System Organize and manage data for power system resources (substations, pow- er transformers, conductors, switches ...), network, consumers, outages, trouble tickets and other resources. IPS SDU actively communicates with SCADA in order to maintain active network topology status and calculations. IPS SDU is processing trouble tickets, network events and alarms with real- time topology calculations and spatial analysis. Planned outage management keeps track of affected consumers grouping them by their priority and type. Generated reports are available to other systems using Web services and Web pages. Customer Relationship Management In order to keep consumers satisfied utilities need extensive customer rela- tionship management system that keeps track of: ▪ Important and high priority consumers ▪ Call center support (trouble ticket system, network planning) ▪ Address database (spatial and graphic data, street name history ...) ▪ Energy consumption metering and reporting mechanisms S9A10-1 July 2006 Page 2
    3. Multi directional data browsing Multi directional data browsing provides users with most sophisticated way of reviewing data. Users can easily navigate across data by accessing through embedded tables and referenced documents. - No data is hidden unless it is under security restriction - Customization High level of customization for different groups of users provides users with data they need. Administrators can define security parameters for data accessing and modification. Messaging and alarms Message bus implementation gives real-time information about time criti- cal events. It also enables sending various message types between users and subsystems. Reporting IPS SDU allows printing of various network reports, resource tehnical ta- bles, business documents, work permits and other correspondence. S9A10-1 July 2006 Page 3
    4. IEC Standards In Energy Management And Distribution Systems (“interoperability through industry standards”) With our clients we actively participate in defining the new IEC 61968-x standards based on CIM model. Series 61968 of IEC standards specifies inter-application communication especially concentrating on designing common data model. Since 2002, Diginaut has successfully designed and implemented IEC 61968 based data model that is now operational and is subject to continuous interoperabil- ity tests. Efficient deployment Using our ZORA tools it is possible to create application prototypes very fast and identify potential problems before final approval was made. Development team of just four engineers and consultants has succeeded to redesign and deploy DMS system in just 3 years. This achievement was very motivating and experience obtained allowed us to identify six main tasks for IPS SDU deployment: 1) Verify class diagrams and use cases with clients 2) Deploy application prototypes and finalize data model, user interface and business logic 3) Import existing data into new system (network re- sources, topology, customer database, workforce data, equipment catalogs …) 4) Make new system operational and introduce it to the users 5) Cover following user groups: dispatchers, call cen- ter, energy management and planning, development, customer support, workforce management, network analysis 6) Integrate information system with external applica- tions (GIS, ERP, Call center ...) S9A10-1 July 2006 Page 4
    5. Integration with GIS (“network element properties and runtime status information”) Main characteristic of energy distribution systems is their spatial orientation. Utility users for long time waited for final integra- tion with graphical presentation that will introduce much better network view. Diginaut demonstrated that this integration is straightforward and does not need many changes on existing applications to coexist and interact with GIS solutions. Although IPS SDU is successfully linked to ESRI and AutoCAD GIS solutions many new features are requested as users become familiar with powerful tools they now have. Diginaut has chosen to further extend IPS SDU functionality by: • continuing to implement IEC 61968 interoperability standards • connecting to and use existing GIS, ERP and CRM solutions • continuing interoperability tests while connecting to other systems • using ZORA technology for fast development and integration of custom applications (see below) S9A10-1 July 2006 Page 5
    6. ZORA - Model Driven Environment Using ZORA 3, the latest version of Diginaut Model Driven Environment (MDE) development engine, IPS SDU provides following: • UML class-diagrams as meta-model for ZORA applications • ZORA Object-Relational database mapping • ZORA middleware .Net remote objects and web ser- vices • Highly customizable client objects, forms and business logic defined in working context (users group) • Object availability through automation (COM interop) • Model-driven data import/export using XML (schemas are generated using meta-model) Query forms Middleware ZORA 3 clients SOAP / XML ZServerEntityInstance ZClientEntityInstance SQL ZServerEntityInstance SOAP / XML Server ZClientEntityInstance Client activated objects (CAO) Objects SOAP / XML ZServerEntityInstance ZClientEntityInstance Object forms COM interop S9A10-1 July 2006 Page 6
    7. Fast Integration (“extremely fast eye catching results”) “It became obvious that it is time Thanks to special architecture of IPS SDU to change our way of looking at that exposes all objects via standardized process of system development interface, results of integration can be and integration.” seen in a matter of hours! Carefully imported and processed data gives us ability to access any infor- mation by just entering its identifier. System will recognise proper data category and object class that is used to present it. Without any complex programming system automatically activates proper form. This allows us- ers to instantly access all object data and control functions. - Users were thrilled by the results: they could open forms, execute com- mands using familiar interface that was activated from aerial images or vectorized distribution network. - S9A10-1 July 2006 Page 7
    8. Intelligent Integration Long term benefits With ZORA client objects, users could redesign forms and business logic directly from native application (GIS, ERP, CRM client). Application configuration is saved in that working-context. That means that users who activate objects from GIS ap- plications might be presented with different data forms and business logic than users who activated forms individually or through other applications. Object-relational mapping, common business logic and meta-model constraints are still maintained by ZORA. Therefore, classic programming is obsolete and most of the tasks are transferred to administrators and object model consul- tants. ZORA also helped by introducing additional layer that processes data stored in SQL database. By generating standard SQL commands based on meta-model, it is much easier to extend data processing. ZORA - I nt e lige nt int e rfa ce for dig it a l a ge. S9A10-1 July 2006 Page 8
    SlideShare Zeitgeist 2009

    + Momir BoskovicMomir Boskovic Nominate

    custom

    141 views, 0 favs, 1 embeds more stats

    Short presentation of the first ISS implementation more

    More info about this document

    © All Rights Reserved

    Go to text version

    • Total Views 141
      • 137 on SlideShare
      • 4 from embeds
    • Comments 0
    • Favorites 0
    • Downloads 0
    Most viewed embeds
    • 4 views on http://www.lmodules.com

    more

    All embeds
    • 4 views on http://www.lmodules.com

    less

    Flagged as inappropriate Flag as inappropriate
    Flag as inappropriate

    Select your reason for flagging this presentation as inappropriate. If needed, use the feedback form to let us know more details.

    Cancel
    File a copyright complaint
    Having problems? Go to our helpdesk?

    Categories