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Wind-X Conceptualisation, implementation and demonstration of interoperable solutions for traceability and digital twins in the wind industry The Wind-X project aims to promote the wind industry through a data ecosystem for innovative and sustainable wind turbines over their entire life cycle. Experience, technologies and solutions from Catena-X, Gaia-X and other Manufacturing-X initiatives will be transferred to the wind industry. The aim is to develop data-driven solutions and software services specifically for the wind industry. Intelligent wind turbines and components prepared for digitalisation with standard-compliant asset administration shell sub-models are intended to support this. These digital twins will be equipped with configuration and communication capabilities as well as data room connectors. In addition, value-added services (business applications) are being developed that utilise raw data from the supply chain for industry-specific use cases. Connectors and basic services serve as the infrastructure for operating the value-added services and enable interoperable data rooms. This will be demonstrated using the two use cases Traceability for Sustainability and Logistics and Digital Twin in the Production and in the Field for the wind industry. BIBA's main objective is to coordinate and develop these two use cases. In particular, the focus here is on specifying the information requirements, clarifying the framework conditions, defining and deriving business mechanisms and identifying relevant data sources and sinks. Building on this, BIBA and its partners will drive forward the concept development and implementation of sub-models and the data integration of the superordinate data space. BIBA will then support the development of data room services for querying and transferring data from the sub-models for both use cases. BIBA will then develop a demonstrator for both use cases. Contact persons: J. Uhlenkamp   (Project manager)E. Broda S. Eberlein M. Franke Funded by: BMWK / NextGenerationEU Duration: 01.11.2024 - 31.07.2027 See project's publications List all projects |
