CATIA FOR GIGAFACTORIES
The gigafactories development process
digitalized to ensure sustainability
INTRODUCTION
This interactive e-book will show how 3DEXPERIENCE CATIA Virtual Twin can be used to design complete gigafactories, and to secure their sustainability.
CHALLENGES
- Ensure Sustainability Targets
- Smart production scale up and increasing speed of design
- To improve overall productivity, processing time and quality of increasingly complex multi discipline engineering projects
- Process Stability
- Shrinking Operating Margins
- Integration of global supply network
Some examples:
Car manufacturer ecosystem
Volkswagen
Tesla
Mercedes-Benz
Northvolt
Managers & Users Involved
CEO/CTA
Head of Engineering
Head of Plant
Head of Program
Head of Construction
Safety Engineer
Process Engineer
Plant Layout Manager
Civil Engineer
System Engineer
Plant Architect
Design Engineer
Click on a role to learn more.
CEO/CTA
X
Role to be defined.
Head of Engineering
X
Role to be defined.
Head of Plant
X
Role to be defined.
Head of Program
X
Role to be defined.
Head of Construction
X
Role to be defined.
Safety Engineer
X
Role to be defined.
Process Engineer
X
Role to be defined.
Plant Layout Manager
X
Role to be defined.
Civil Engineer
X
Role to be defined.
System Engineer
X
Role to be defined.
Plant Architect
X
Role to be defined.
Design Engineer
X
Role to be defined.
Virtual twin experience
Gigafactory project overview
System of systems
Virtual twin of production scale up
Sustainable Batteries
CATIA Gigafactory Virtual Twin in Action
Conclusion
CATIA VIRTUAL TWIN
SOLUTION VALUE
Ensure the sustainability of
the development process
- Manage design for better governance processes
- Data consistency and traceability along design phases
- Integrated multidiscipline platform as a single referential
- Model Based Systems Engineering (MBSE) approach
- Simulate from early design phase to validate design choices
- Digital control systems commissioning validation
- Integrated Model based Safety Analysis
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