Fields of application

• Introduction of control software
• Virtual pre-commissioning for new builds, conversions and retrofits
• LVR/MFR test: storage location allocation, order sequence planning
• Update of the control software as well as in-service tests in the “digital twin” during operation
• Comparison of programming from different software suppliers
• Training environment for new employees

Your benefit

Independently of the real control technology and mechanics, a large number of function tests can be carried out in advance of the real commissioning. This also includes the reaction to various errors (read errors, tray full, etc.). This leads to a significantly improved quality level of the software at the start of commissioning on the construction site and thus reduces delays as well as the overall duration of commissioning.
overall and leads to corresponding cost savings.

Tests accompanying development also lead to greater transparency in the software development process. Delays are thus detected at an early stage. Virtual training environments also allow new employees to be trained independently of the real plant, thus reducing the risk of incorrect operation on the real plant.

During operation, software adaptations can be tested in advance in the digital twin, thus avoiding expensive plant shutdowns and, if necessary, backporting.

• Reduction of commissioning times
• Investigation of interference scenarios
• Planning security
• Avoidance of time-consuming software tests on the real plant

Technology

Based on the emulation tool (e.g. Emulate3D), a full-scale 3D simulation/emulation model of the plant is created using parameterisable standard modules. PLC logics are integrated in the model, and signalling points are created analogue to the real plant.

These communicate with the SAP EWM MFS via a TCP/IP telegram adapter. The SimPlan Emulation Controller is available as a standard product for this purpose. This allows, for example, the project-specific definition of the telegrams. In addition, conveyed goods can be generated at various points, errors can be triggered and the protocol traffic can be tracked with a mouse click.

The four phases of an emulation project

1. Preparation

• Reporting point layout
• Interface description

3. At the MFR manufacturer

• Commissioning the emulation environment
• Programming MFR
• Tests with disturbances, mass tests

2. With SimPlan

• Test system incl. dummy MFR for “testing the test environment”
• Driving from/to

4. Real system

• Final tests on the real system
• Live operation