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Industrial manufacturing has started focusing on the topic of energy efficiency already some years ago. Nowadays, even machine controls are equipped with possibilities to switch the machine into energy saving modes or even to shut it down entirely based on fixed time intervals or manually. The developed combination and modification of state-based consumption modeling with graph- based optimization theory enables the control to choose the energy-optimal state sequence for given unproductive times. The approach is presented in detail and its saving potential is demonstrated by a usage scenario from an industrial setup

Realizing Energy Reduction of Machine Tools Through a Control-integrated Consumption Graph-based Optimization Method