132
5 Development of a Simulation-based Methodology …
Figure 5.30 Implementation of the individual simulation focuses in an overall model
5.6.3 Adaptions of the Simulation Model in Preparation
for the Simulation-based Optimization of Energy
Efficiency
In order to determine the optimization potential of the energy consumption of the
described production line, the simulation model has been extended by applicable
restrictions and required parameters concerning the output quantity of the production, allowed deviations from a given schedule, and mandatory retention times for
single machine states.
The output quantity of the production must not be changed noticeably. For this
reason, the optimization proposals cannot be at the expense of the output quantity, following the optimization of the total energy consumption of the production
cannot be induced by a reduction of productive times, but only by avoiding nonproductive machine times. Since a delay of more than six minutes in production
5 Development of a Simulation-based Methodology …
Figure 5.30 Implementation of the individual simulation focuses in an overall model
5.6.3 Adaptions of the Simulation Model in Preparation
for the Simulation-based Optimization of Energy
Efficiency
In order to determine the optimization potential of the energy consumption of the
described production line, the simulation model has been extended by applicable
restrictions and required parameters concerning the output quantity of the production, allowed deviations from a given schedule, and mandatory retention times for
single machine states.
The output quantity of the production must not be changed noticeably. For this
reason, the optimization proposals cannot be at the expense of the output quantity, following the optimization of the total energy consumption of the production
cannot be induced by a reduction of productive times, but only by avoiding nonproductive machine times. Since a delay of more than six minutes in production