Spectrum Power 5 as a virtualized multi-computer system for Stadtwerke Herne AG - Germany
Spectrum Power 5 as a virtualized multi-computer system for Stadtwerke Herne AG - Germany
Power Utilities
Stadtwerke Herne AG
Herne Germany
Stadtwerke Herne AG has been reliably supplying its customers with energy for more than 120 years. A company steeped in tradition has become a modern energy service provider that is always looking for new ways to supply and generate energy - for its customers and for our environment. Spectrum Power™ 5 is an indispensable system component for safe and profitable grid operation and monitoring. With the system upgrade, the grid control system of Stadtwerke Herne AG is made fit for the future. In addition to covering current functional and IT security requirements, special attention is being paid to ensuring long-term service and patch capability as well as the expandability of the system with regard to future requirements.
Solution overview:
Spectrum Power™ 5
Upgrade project, order received February 2023
Start of operation: still in implementation
Fully virtualized, redundant and locally separated multi-computer system
Multi-commodity operation for electricity, gas and district heating
Eight operator stations with three and two monitors respectively
Advanced control system grid
Service contract for control system, communication infrastructure, IT security/patch management
Telecontrol protocol:
IEC 60870-5-104, IEC 61850 and TG800
System scope:
Power station ~ 600
Gas transfer stations ~ 6
Total data points ~ 32,000
Remotely reported data points ~ 24,000
Total world images ~ 400
Function overview:
Study mode/switching simulation
Test mode for simple point-to-point testing
Import and export interfaces for the engineering data model as xml and xls
Electrical grid topology
Temporary network element (TNE)
Switching sequence management/switching programs
Advanced Redispatch 2.0 with
PSS@SINCAL (external interface)
BDEW cascade (LAM)
EEG manager
Operator support/guidance in critical network situations through topological network status tracking.
Reduction of downtimes/re-supply times through remote switching.
Improved energy management and coverage of regulatory market requirements e.g. through use of load-shedding management and use of EEG Manager as well as Redispatch 2.0 with interface to external service provider.