Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
1698617 | Procedia CIRP | 2016 | 7 Pages |
In order to provide flexibility in manufacturing many tasks are still executed manually. Tasks like assembly, cleaning, and packaging thus imply the use of workstations. Here we show the development of a method to assess energy consumption at different levels of a factory system. Exemplarily manual workstations are assessed using flexible measurement concepts. Conducting the assessment in the environment of a learning factory, energy saving potentials of up to 65 percent were identified. Besides, the findings were transferred into an interactive learning concept and a prototype workstation used in production processes for products made from CFRP was developed. We anticipate that an energy-efficient design of workstations is an example of how energy transparency in manufacturing can be increased, especially in industries that are characterized by costumer-specific, low-volume production and a high share of manual operations.