Smart Factory Challenge: Process improvement
Chief researcher
Researcher
Location
Technology
Industrial 4.0, Machine Learning
Allied agents
Summary of the proposal
Current energy needs demand ever greater quantities of sustainable energy, with wind energy being one of the main pillars. Within the field of wind energy, there are two clearly identified means for obtaining greater energy output: (1) increasing the wind capture surface and (2) accessing higher levels. This second means requires larger scale structures, ones which would be more difficult to produce. The project carried out together with GRI aims to achieve disruptive forms of manufacturing wind turbine towers.
Project goal
To develop disruptive solutions in industrial organization and manufacture compared with the current state of the art. This project aims to optimize tasks carried out within key manufacturing processes, aiming to design production processes that reduce the lead time. In order to do this, the necessary protocols and tools will be designed making it possible, supported by Industry 4.0 technologies, to optimize assembly and welding processes.
Expected results and indicators
The scientific-technical results expected can be grouped into two blocks: research results and applied results.
What is expected is the generation of knowledge related to the organization of the manufacture of wind turbine towers in Smart Factory settings, as well as the application of this knowledge to GRI’s industrial reality.
Expected indicators:
- Conferences: 2
- Indexed publications: 2
- Transfer agreements: 1
- Doctoral theses: 1
Potential technological impact of the project (TRL)
The organization of production in the manufacture of wind turbine towers is a boilermaking process with very high levels of manual labour. The project aims to increase performance and efficiency in manufacturing in this kind of industry, as well as in similar industries.
