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Standardization of functional components - Reduction of diverse variants to a few parameterizable components
- Rationalization effect via the reuse of defined components
- Specific customer requirements are easily met, since individual parameters ensure a wide diversity of variants
- Fast, precise calculation options when responding to customer enquiries
- High quality, thanks to the use of tried-and-trusted, fault-free elements
- Time saving during commissioning and maintenance, thanks to standardized, familiar structures
- Reduction of diverse variants to a few parameterizable components
Automation and parallelization of project planning processes
- Minimization of project planning time and costs
- Rationalization potential allows free resources to be channeled into the development of new technologies
- Time saving and quality gain via the reduction of manual routine activities
- Shorter production times
Cross-disciplinary engineering
- Consistent flow of information eliminates duplicate inputs and data comparison - the ultimate time saving
- Redundancy-free data ensure top quality throughout the entire project
- Functional components are tailored to the requirements of all disciplines
- Transparency throughout the entire engineering process, thanks to clearly structured project planning operations
- Central, structured archiving of corporate know-how
- Simple use of functional components whose complexity is reduced via encapsulation
System openness and flexibility
- Step-by-step integration of the EPLAN Engineering Center, starting with one discipline
- Scalable solution supports the rolling introduction of the system into day-to-day work operations
- The first productivity gains are soon felt
- Additional disciplines may be individually incorporated as and when required
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