Siemens SIPROTEC DigitalTwin Virtual testing of SIPROTEC 5 protection devices

The SIPROTEC DigitalTwin Virtual testing software is real time digital replica of a physical SIPROTEC 5 device including interfaces, functionality and algorithms. The new innovative cloud based SIPROTEC DigitalTwin offers comprehensive test of your SIPROTEC 5 devices as part of the energy automation system with high efficiency, performance, security and availability 24/7 from everywhere without any hardware. Three steps to success: 1 – Upload your engineering data and your automated test cases. 2 – Simulate and test your energy automation system in the cloud. 3 – Get test reports of your engineered system

Three steps to success:
– Upload your engineering data and your automated
test cases
– Simulate and test your energy automation system in
the cloud
– Get test reports of your engineered system

SIPROTEC DigitalTwin Virtual testing software Application Areas 

– Training of device handling
– Process data simulation
– Test of protection functions, automation logics and customer specific applications
– Test of the SIPROTEC 5 functionality within the energy automation system
– Online Testing with the engineering tool DIGSI 5
– Integration in substation automation systems SICAM PAS, SICAM PQS, SICAM SCC
– IEC 61850 GOOSE communication between devices e.g. interlockings
– Protection Interface
– Fault analysis e.g. replay of records

Customer benefits
Testing of the energy automation system within minutes,
without hardware and without additional effort.
– Simulation and validation of product properties
– Faster energization of new systems thanks to shorter project lifetimes
– Reduced OPEX with shorter outages for higher availability thanks to better pre-testing (incl. patches)
– Efficient, scalable trainings on the job
– Fast and realistic fault analysis by easily reproducing the behavior of products and systems.

Functions

Device operation

• Device view
• Operating via SIPROTEC 5 operation panel
• Testing all protection algorithms
• Testing of automation logic (CFC)
• Interaction of several devices

Analog values

• Injection currents and voltages
• Setting of equal amplitudes for 3 phases
• Settings of the symmetrical phases
• Automatically calculation of  I4 and V4
• Definition of binary and analog profiles

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