Integrated Energy Solutions for Sustainable Maritime Infrastructure
Project Description:
A new harbour area is being explored in Oskarshamn with planned new terminals. The new terminal building is designed to integrate solar electricity production and create a comprehensive sustainable energy system.
This master thesis project, conducted in collaboration with Smålands Hamnar and Oskarshamn Energi, focuses on designing and sizing an optimal energy system for the terminal building.
The student will:
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Investigate energy demand in the terminal building
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Evaluate PV generation potential and perform PV investment calculations
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Investigate potential sustainable heating and cooling solutions (heat pumps/heat exchangers)
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Investigate investment in energy storage solutions (battery storage/alternative storage)
Required Skills:
Must have:
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Energy system modeling and optimization
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Python programming
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Knowledge of renewable energy technologies (solar PV, heat pumps, energy storage)
Beneficial:
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Experience with building energy simulation
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Understanding of economic analysis and investment calculations
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Familiarity with sustainable HVAC systems
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Swedish language skills
Thesis Details:
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Start date: January 2026
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This is a paid master thesis position
Apply by: Nov 15, 2025.
How to Apply:
Please send your CV with relevant skills highlighted to jrthakur@kth.se and laumert@kth.se.
Contact Person:
