View Item 
        •   Utrecht University Student Theses Repository Home
        • UU Theses Repository
        • Theses
        • View Item
        •   Utrecht University Student Theses Repository Home
        • UU Theses Repository
        • Theses
        • View Item
        JavaScript is disabled for your browser. Some features of this site may not work without it.

        Browse

        All of UU Student Theses RepositoryBy Issue DateAuthorsTitlesSubjectsThis CollectionBy Issue DateAuthorsTitlesSubjects

        Developing an AI capability maturity model for Transmission system operators Bridging the gap between science and practice

        Thumbnail
        View/Open
        Developing_an_Artificial_intelligence_capability_maturity_framework_for_energy_distributors,.pdf (3.907Mb)
        Publication date
        2025
        Author
        Mennega, Wilmer
        Metadata
        Show full item record
        Summary
        The growing complexities in the energy sector, particularly for Transmission System Operators (TSOs), demand innovative solutions to address operational challenges. Artificial Intelligence (AI) offers significant potential to reduce reliance on expanding human resources for grid operation and maintenance. However, effectively integrating AI requires organizational adaptation, guided by robust enterprise architecture (EA). Enterprise architects play a critical role in designing frameworks and structures that enable TSOs to harness AI’s potential. Despite its importance, executing EA for AI integration is hindered by a lack of knowledge about the capabilities required for AI. This thesis addresses this gap by developing an AI capability maturity model tailored to critical infrastructure suppliers such as TSOs. The research outputs include an AI capability map, a maturity model, and exemplary action steps. The study employs the Design Science Research (DSR) methodology, emphasizing practical solutions to real-world challenges. Combining a literature review with expert interviews at TenneT, Alliander, ENTSO-e and Microsoft, the research identifies key capabilities and their corresponding maturity levels. Generative AI is utilized to define TSO-specific criteria for each capability. The model’s validity is established through two iterative expert evaluation cycles involving enterprise architects and managers at TenneT. The final model features 22 enterprise capabilities categorized into strategic, supporting, and operational capabilities. To demonstrate its practical value, the maturity model was applied to TenneT, assessing its AI maturity and outlining actionable steps for improvement. Exemplary steps are defining an AI vision, organizing an AI enablement hub and the creation of an AI guild. Additionally, some smaller improvements were identified, such as creating AI partnerships and assigning resources to the improvement of IT operations for AI.
        URI
        https://studenttheses.uu.nl/handle/20.500.12932/48466
        Collections
        • Theses
        Utrecht university logo