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Planning of electrical networks with PSSâ„¢SINCAL

Planning of electrical networks with PSS™SINCAL. PTD SE PTI. PSS™SINCAL – System Planning for all Fields. Power. Water. Gas. District Heating. Network analysis and planning Weak points Optimal structures Cost effective networks. Multi Windowing Diagrams for Visualizing.

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Planning of electrical networks with PSSâ„¢SINCAL

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  1. Planning of electrical networks with PSS™SINCAL PTD SE PTI

  2. PSS™SINCAL – System Planning for all Fields Power Water Gas District Heating • Network analysis and planning • Weak points • Optimal structures • Cost effective networks • Multi Windowing • Diagrams for • Visualizing Network Analysis steady state and dynamic

  3. PTD SE PTI – Software • Characteristics • Power System Simulation (PSS™) Software • Electrical Networks • Pipe Networks (Gas, Water, District Heating) • Customer benefits • Powerful tools for network analysis, simulation and design • Optimization of network planning and operation • Integration in IT-infrastructure and work flow • Cost savings • More information ? • Ulrike Sachs, PTD SE PTI SW, ulrike.sachs@siemens.com • Charles Roy, SPTD PTI, charles.roy@siemens.com

  4. PSS™SINCAL

  5. PSS™SINCAL

  6. PSS™SINCAL System overview User interface Calculation methods Internal process communication • Database • Input data • Graphics • Results Interfaces Spreadsheet calculation

  7. PSS™SINCAL (Electrical Networks)Calculation modules • Load flow • Contingency Analysis • Optimal Load flow • Short-Circuit • Multiple Fault • Motor Starting • Dynamic Stability • Eigenvalues / Modal Analysis • Electromagnetic Transients (EMT) • Probabilistic Supply Reliability • Load Profile Calculation • Load Development • Distance Protection • Overcurrent Time Protection • Simulation of Relay tripping • Dimensioning of LV Networks • Optimal Branching • Harmonics • Ripple Control • Line Constants

  8. PSS™SINCAL (Electrical Networks)Functionality overview • Catalogues for standard types, e.g. cables, transformers, motors, protection devices • Working with macros • Working with several networks simultaneously • Synchronization of the networks • Definition of connections, common elements, load and infeed models • Definition of network variants • Tree structure for administration of user defined cases • Definition of procedures for SINCAL control • Programming of SINCAL with COM interfaces using any programming language

  9. PSS™SINCAL (Electrical Networks)Functions supporting network planning • Definition of areas, zones and other structures • Calculation of transfer flows between areas • Visualization of component groups • Calculation and visualization of ISO areas, e.g. for load density • Positioning of stations according to load density criteria • Feeder identification and documentation • Load profiles (Days, Weeks, Years, General) • Load development in areas over years • Cost calculation (component life cycle consideration)

  10. PSS™SINCAL (Electrical Networks)Documentation and maintenance of network data • Open / commercial database offers access to other systems • GIS • SCADA • ERP (e.g. SAP) • Asset management • Maintenance ... •  Complete data management system • Standalone usage • Design your own system with complete user interface • Customizing your network • Free definition of symbols • Different representation of switches or nodes/busbars • …

  11. SINCAL DB Open + Documented DB SINCAL COM .NET VBA DATA + Methods VBS PSS™SINCAL Programming Interface • Open Structure:External Applications could control SINCAL by standard-API‘s

  12. PSS™SINCAL (Electrical Networks)Automation example • Task • Adapt generator reactive power to reach voltage U2 above 100 %

  13. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Short circuit current results in the schematic network diagram

  14. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Visualization of results with the network elements

  15. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Masks accessing the database

  16. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Load flow result

  17. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Result protocols with Crystal Reports

  18. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Network with traffic light colored results

  19. PSS™SINCAL (Electrical Networks)Presentation of Calculation Results Diagrams for illustration

  20. PSS™SINCAL (Electrical Networks)Features overview Definition of user specific filters

  21. PSS™SINCAL (Electrical Networks)Features overview Usage of digitized maps

  22. PSS™SINCAL (Electrical Networks)Features overview GIS-interface with background graphics

  23. PSS™SINCAL (Electrical Networks)Features overview Macro usage Synchronized working with diverse networks

  24. PSS™SINCAL (Electrical Networks)Features overview • Feeder individually or per substation • Feeder documentation in EXCEL sheets • e.g. adjacent feeder checking Feeder evaluation and documentation

  25. PSS™SINCAL (Electrical Networks)Features overview Load Density Visualization

  26. PSS™SINCAL (Electrical Networks)Features overview Contour plot with load density and substation placement

  27. PSS™SINCAL (Electrical Networks)Features overview Load density in areas with proposal for supply loops

  28. PSS™SINCAL (Electrical Networks)Features overview Load development during a long time period load increase in areas with additional loads 2005 2000 2010 load density in different areas during a 10 years investigation

  29. PSS™SINCAL (Electrical Networks)Features overview Load density and load totals per postcode area

  30. PSS™SINCAL (Electrical Networks)Features overview 3D visualization of poles with overhead lines and cables

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