Efficiency optimization in Finnish electrical substation design: Leveraging coding integration and Tekla automation
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Journal Title
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Volume Title
Insinööritieteiden korkeakoulu |
Master's thesis
Authors
Date
2024-08-12
Department
Major/Subject
Mcode
Degree programme
Master's Programme in Building Technology (CIV)
Language
en
Pages
88+29
Series
Abstract
The urgency to adapt to climate change and the shift towards renewable energy generation have significantly increased the demand for efficient electrical substation designs in Finland. As a result, experts predict a substantial increase in the construction of new similar substations in the coming years. This thesis investigates the inefficiencies in the current design practices of Finnish electrical substations, with a focus on enhancing design efficiency through technological advancements. Through an examination of case studies, work-hour analysis, and interviews with industry experts, the research highlights significant inefficiencies. Modelling and Tekla drawings consume 70% of the project time, emphasizing the critical need for optimization to improve efficiency. To address these challenges, the thesis proposes innovative strategies such as # C coding integration and automation of Tekla tools for modelling and drawing processes. It also provides a collection of structural types essential for electrical substation design. Results demonstrate that when used properly, these strategies and the contributions made in this thesis can improve time efficiency by 10%.Description
Supervisor
Noureldin, MohamedThesis advisor
Marttinen, PasiKeywords
structural design, Tekla structures, modelling, drawings, time-efficiency improvement, coding