Virtual Commissioning
Validating Automation Systems Before Physical Startup
In traditional project execution, many control system issues are discovered only after equipment installation and startup activities begin. Software errors, sequence conflicts, communication problems, and integration challenges can lead to costly delays, extended commissioning periods, and increased project risks.
Virtual Commissioning addresses these challenges by validating automation systems in a simulated environment before physical implementation takes place.
By combining digital models, simulation technologies, and real control software, system behavior can be verified during the engineering phase, allowing potential issues to be identified and resolved before they affect project execution.
Connecting Engineering to Reality
Virtual Commissioning serves as a bridge between automation engineering and physical commissioning.
Three-dimensional production system models are developed using CATIA and integrated into Siemens Process Simulate environments to create realistic virtual representations of manufacturing and industrial processes.
This integrated digital workflow enables automation logic, equipment interactions, operational sequences, and robotic activities to be evaluated before installation and startup activities begin.
The result is a more predictable transition from engineering to production.
PLC Logic and Sequence Validation
One of the primary objectives of Virtual Commissioning is the verification of PLC software under realistic operating conditions.
By connecting actual control programs to a simulated production environment, automation logic can be tested and validated long before equipment becomes available on site.
Validation activities include:
- PLC Logic Verification
- Operational Sequence Validation
- Interlock Testing
- Safety Logic Verification
- Communication Validation
- Alarm and Fault Handling Verification
- Startup Sequence Testing
- Equipment Interaction Analysis
This approach allows engineering teams to identify and correct software-related issues early in the project lifecycle, significantly reducing commissioning risks.
Robotic and Equipment Simulation
Modern industrial systems often involve complex interactions between robots, automation equipment, tooling, and process control systems.
Virtual Commissioning enables these interactions to be analyzed and validated within a digital environment before physical integration occurs.
Capabilities include:
- Robotic Process Validation
- Equipment Behavior Simulation
- Motion Sequence Verification
- Collision Detection
- Material Flow Analysis
- Interface Validation
- Process Sequence Evaluation
- System Integration Verification
Early validation helps prevent costly modifications during installation and startup phases.