Electroingenium is a medium-sized automation engineering company specializing in intralogistics and system integration. They provide consulting, design, and implementation of intelligent material handling solutions enhanced by digital twin technology. 

Customer Objectives: 

• Ensure optimal intralogistics design before physical implementation.
• Minimize risks, costs, and commissioning time through early system validation.
• Identify the ideal fleet size and layout to meet production strategies.
• Improve coordination between suppliers, departments, and integrators involved in the project.
• Avoid costly errors and mis-investments caused by trial-and-error decision-making.

Project Type: Greenfield planning and optimization of a future intralogistics system using digital twin technology.  

Scope: The end customer, supported by Electroingenium, is planning a new facility in which AMRs will be a key element for ensuring production flexibility. The project focuses on optimizing layout, fleet sizing, and system performance through simulation and virtual commissioning, before any physical implementation.

For this the following Siemens Solutions were used: 

• Tecnomatix Plant Simulation: Used to digitally model material flow, system layout, and fleet behavior.
• Virtual Commissioning: To test and validate control logic and fleet performance in a simulated environment.
• Digital Twin of Operations: Allows thorough testing of production strategies, route logic, and exception handling before deployment.
• Support: Siemens supported the design and validation phases with simulation expertise