Spectrum Power 5 Solution for Stadtwerke Ahlen GmbH - Germany
Spectrum Power 5 Solution for Stadtwerke Ahlen GmbH - Germany
Power Utilities
Stadtwerke Ahlen GmbH
Ahlen Germany
Stadtwerke Ahlen GmbH supplies citizens and local companies in Ahlen with electricity, natural gas, water and heat. Close at hand and around the clock. The Spectrum Power™ 5 network control system is an important system component for ensuring optimal and profitable network operation. To ensure security of supply, Stadtwerke Ahlen GmbH relies on a wide range of functions to relieve operating personnel and on innovative solutions to meet legal and regulatory requirements. They see Spectrum Power™ 5 as a future technology that will enable them to comprehensively cover future requirements as well.
Solution overview:
Spectrum Power™ 5 Version 5.50
New project, start of operation: 05.2021
Fully virtualized, redundant and locally separated multi-computer system
Main and emergency control system, test system, study mode
Multi-commodity operation for electricity, water, gas
Operator stations with three monitors each and common large-screen monitor
Advanced control system network
Service contract for control system, communication infrastructure, IT security/patch management
Telecontrol protocol:
IEC 60870-5-104
System scope:
Power stations MS ~ 15
Local grid stations ~ 400
Pipeline stations ~ 15
Total data points ~ 40,000
Remotely reported data points ~ 25,000
Total system images ~ 100
Function overview:
Electrical
grid topology
Temporary network elements (TNE)
Switching sequence management/switching programs
Study mode/switching simulation
Wireless alarming via e-mail, voice message and text messages
Schedule management with import/export
Generator forecast
Interface for import of weather data for generator forecast
BDEW cascade (LAM)
EEG Manager
Load flow calculation for distribution network
Fault localization
Earth fault search
Advanced Redispatch 2.0 base module
with PSS@SINCAL
Interface to resource data import
Operator support/guidance in critical grid situations through topological grid status tracking.
Reliable grid monitoring and control through the use of studies.
Efficient grid operation through better planning based on forecasts.
Reduction of outage/re-supply times through use of fault localization with switching programs, earth fault search.
Improved energy management through load disconnection management.
Comprehensive coverage of regulatory market requirements e.g. Redispatch 2.0 process.