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Virtualized multi-computer system SP5 for Stadtwerke Hameln Weserbergland GmbH - Germany

Power Utilities

Stadtwerke Hameln Weserbergland GmbH

Hameln Germany

Hameln central network control center
Hameln,
Germany
Siemens Xcelerator
The safe and reliable provision of the supply network is the central task of the network service of Stadtwerke Hameln Weserbergland GmbH. As a regional distribution network operator, it is available for all matters - from network operation and fault reporting to questions about the house connection and meter to the registration of a feed-in plant. Spectrum Power™ 5 makes a decisive contribution to creating the best possible environment for long-term profitable grid operation and offers innovative solutions to meet legal requirements.
Solution overview:
  • Spectrum Power 5™ Version 5.60 
  • Upgrade project, start of operation:  August 2021 
  • Fully virtualized, redundant and locally separated multi-computer system. 
  • Main system, study context. 
  • Divisional operation for electricity, water, gases. 
  • Service contract for system service and IT security and patch management.

Telecontrol protocol:
  • IEC 60870-5-104 
  • IEC 60870-5-101

System scope:
  • Power stations ~ 25 
  • Water and gas stations ~ 35
  • Power data points ~ 15,000 
  • Power system images ~ 35  
  • System diagrams pipe network ~ 10
  • System images of properties, CHPs and parking ~ 30

SCADA functions:
  • Topology in the electrical network and for pipe-bound media 
  • Temporary network elements 
  • Switching sequence management 
  • Automatically switching programs
  • Station search

Higher level functions:
  • Schedule management, forecasts 
  • Load management energy  
  • BDEW cascade (load shedding management)  
  • Redispatch 2.0 Advanced
  • Operator support/guidance in critical network situations through topological network condition tracking. 
  • Reliable network monitoring and control through the use of studies. 
  • Efficient network operation through better planning based on forecasts. 
  • Reduction of downtimes/resupply times through the use of switching sequences and switching programs. 
  • Improved energy management by avoiding peak loads. 
  • Comprehensive coverage of regulatory market requirements e.g. redispatch process. 
  • Increased IT security.