CLOUDS: intelligent algorithms to support circular solutions for sustainable production systems
Research Project, 2022
Purpose and goal
CLOUDS will deliver AI-based tools for flexible production systems enabling sustainable manufacturing of electrified vehicles and remanufacturing of products. Goal 1: An online AI-based robust scheduling tool for optimizing the production flow, including the aspect of human workload, and eliminating bottlenecks. Goal 2: An efficient and sustainable method to continuously keep digital models of the production up to date to be used for optimization and frequent virtual commissioning. Goal 3: An optimization algorithm for resource- and energy-efficient AGV material handling.
Expected results and effects
CLOUDS results promote industries to become resource-efficient, sustainable, and address circularity. (1) An AI-based tool that tunes line balance, adjusts production demand, and balances human workload in the production line. (2) For resource efficiency, a sustainable automated smart digitalized tool will be developed. (3) Robust and resilient scheduling tool for efficient resource management and optimal energy use of AGVs. (4) Demonstrate the digital model functionality, optimization strategy, and virtual commissioning method in an industrial testbed.
Planned approach and implementation
Partner companies will provide data to develop the tools, leading to research results that improve the virtual preparation and commissioning processes, as well as minimizing the environmental footprint of new production systems. The other academic partner will be involved in developing the algorithms and conducting experiments. A state of the art industrial testbed is available at the Production Technology Center (PTC) at UW in Trollhättan, where different scenarios of real industry setups can be created and the results can be validated before bringing them to the industry.
Petter Falkman (contact)
Chalmers, Electrical Engineering, Systems and control
Project ID: 2022-01345
Funding Chalmers participation during 2022–2025
Related Areas of Advance and Infrastructure
Areas of Advance
Areas of Advance