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Previous MSc thesis

[1]
H. G. Arteaga Sanchez, "Circular intelligence: Mapping EV Battery Sustainability with AI and ISO Standards," , 2026.
[2]
S. Z. A. Fakhry, "Forecasting andOptimizing Residential EVFlexibility for the SwedishmFRR Market UsingMachine Learning," , 2025.
[3]
S. Meuter, "Machine Learning classification of voltage instability issues within a medium voltage power grid : A case study in Sweden," , 2025.
[4]
V. Pantelakis, "Multi-Energy MILP Model for Iron Production with Electrolysis Storage Dynamics & Flexibility Services," , 2025.
[5]
Z. Shang, "Development of AI-Based Data-Driven Aging Model for Li-Ion Batteries," , 2025.
[6]
A. Chabo, "Mixed-Station Early Feeder Fault Predictions : Using STFT of current waveforms and RNN sequence models," , 2025.
[7]
P. Guardia Calsina, "Navigating the future of industrial heat : Modelling tipping points for decarbonisation in light industries," , 2025.
[8]
E. Tellman, "Nordic Electricity Mix in Transition : Assessing Emission Factors for Swedish Real Estate Climate Reporting," , 2025.
[9]
D. Massaon, "Balansering av lönsamhet och marknadsmättnadsrisk i hybrida förnybara energisystem för olika kundprofiler i Finland," , 2025.
[10]
D. Thery-Dupressoir, "Anticipation of Potential Trade-offs and Synergies between Energy and Water in the Context of the French Ecological Transition to 2050 : A Nexus Approach," , 2025.
[11]
Y. Sönmez, "Waste Heat Recovery in Decarbonized Ironmaking: A Process Simulation Approach : Evaluating Thermodynamic and Technical Limits of Waste Heat Utilization in H2-Based Ironmaking," , 2025.
[12]
S. S. C. Thompson, "Integrated Geospatial and Long-Term Electricity Planning for Universal Access and Decarbonization in Burkina Faso," , 2025.
[13]
M. Farhan, "Eco-Design Strategies for Sustainable Solvent Management in Pharmaceutical Manufacturing : A Framework Based on Environmental Lifecycle Assessment and Process Optimization at Sanofi," , 2025.
[14]
S. Suresh, "Calendar and Cycling Aging Models of Li-ion Batteries : A comparative study to determine the suitable aging model for the battery installed at KTH Live-in lab," , 2025.
[15]
A. de Lemos Coelho, "Techno-Economic Analysis of Enzyme Supplementation in Anaerobic Digestion : A Case Study of Dairy Cow Farm," , 2025.
[16]
T. Ferraris, "Techno-economic analysis of e-fuels production as seasonal energy storage in southern Sweden," , 2025.
[17]
F. Askenberger, "Assessing the Value of Wave Energy for 24/7 CFE Procurement in Future Energy Systems : A Complementarity and Optimization Analysis," , 2025.
[18]
T. Enhörning, "Design and Optimization of a Containerized Small-Scale Polygeneration System for Emergency Camps : A Case Study in Nepal Kathmandu," , 2025.
[19]
P. YEPTHO, "Optimising Urban Transportation Planning Using Mixed-Integer Linear Programming : Data-Driven Climate Action Planning With a Case Studyfor the City of Stockholm," , 2025.
[20]
L. Sonvico, "Linear Resolution of Unit-Commitment Energy Models with Reserves : The study case of the heuristic approach of Antares," , 2025.
[21]
A.-S. Latvala, "Renewable Gas Deployment in Germany’s Energy Transition : A Spatial and Techno-Economic Planning Framework," , 2025.
[22]
P. Zimmermann, "A Holistic Assessment Framework for Measuring Circularity of Second-Life Electric Vehicle Batteries : A Swedish Case Study in Frequency Containment ReserveApplications," , 2025.
[23]
D. Ferraro, "Techno-Economic Evaluation of Overnight Charging Infrastructure for Heavy-Duty Vehicles in Europe," , 2025.
[24]
A.-M. BAIAS, "Developing a Residential DemandModel for Whole System EnergyPlanning in Sweden," , 2025.
[25]
E. Marié, "Global Electrical System modelling," , 2025.
[26]
R. ALMallah, "Optimizing EV Charger Participation AcrossDifferent Power Markets : A Multi-MarketApproach to aFRR, mFRR, and LocalFlexibility Markets," , 2025.
[27]
S. M. Tharachan, "Design of Mobile Carbon Capture (MCC) System for Transient Operation : In the context of EU Long Haul Tractors," , 2025.
[28]
A. Darrobers, "Design of Analytical Tools for Renewable Energy Communities," , 2025.
[29]
D. Darmawan, "Assessing Tunisia’s Electrical System and its Green Hydrogen Strategy using OSeMOSYS and Multi-Criteria Decision-Making Method," , 2025.
[30]
I. Chung, "Geospatial Analysis for Optimal Grid Expansion : Assessing the Adoption of Onshore Wind Energy in the ÖMS Region," , 2025.
[31]
G. E. Ifeanyi, "Developing a Climate-Aligned Long-Term Energy Systems Model for Madagascar : Integrating OSeMOSYS and OnSSET for Low-Carbon Electrification Planning," , 2025.
[32]
V. Renefalk, "Forecasting Day-Ahead Electricity Market PricesUsing ML and Rule-Based Ensemble Models : A Case Study on the Swedish Electricity Markets," , 2025.
[33]
H. Solheim Haugen, "Forecasting Icing Induced Production Loss on Wind Turbines : a Machine Learning Approach," , 2025.
[34]
S. Johansson and M. L. Pajtlar, "Regulation Methods for Assessing Cost Efficiency of Electricity Grid Companies in Sweden," , 2025.
[35]
J. Engblom, "Climate Impact Assessment in Early Stage Power Line Planning : A Climate Assessment Tool for Power Line Projects," , 2025.
[36]
A. Lopes Marmelo Neto Ferreira, "Loads of wind turbines in Swedish forests using machine learning clustered wind conditions : A Comprehensive Study on Applying Machine Learning to Wind Energy Load Assessment: An Alternative to Conventional Methods," , 2025.
[37]
F. Crul, "Unlocking clean energy investments through financial de-risking instruments : An analysis of the barriers hindering the practical implementation of financial de-risking instruments for mobilising private capital towards clean energy projects in emerging markets and developing economies and an assessment of the changes required to overcome them," , 2025.
[38]
A. Favrat, "Enhancing electric demand-side flexibility in France : Identifying Opportunities and Solutions for the Hotels Sector," , 2025.
[39]
C. Falkenauer, "Assessment of energy and climate modelling exercises for decarbonisation policies within the European Union," , 2025.
[40]
B. Carel, "Techno-Economic Assessment of Free Cooling for Liquid-Cooled BESS," , 2025.
[41]
A. Blumenau, "A comprehensive optimization tool for PV-BESS co-location for trading in the market," , 2025.
[42]
N. Aloy, "Optimal expansion for high voltage network," , 2025.
[43]
A. Chatterjee, "Measuring the environmental impact of a carbon capture system integrated with a dehumidification system," , 2025.
[44]
D. Eck, "Accelerating Solar System Adoption in South Africa : The Role of Business Models in Rural Electrification," , 2025.
[45]
P. Dahl, "Environmental impacts of large-scale solar power construction in Finland in accordance with the EU Solar Energy Strategy," , 2025.
[46]
E. Morel, "Comparison of methods to calculate the yield of offshore wind projects," , 2025.
[47]
M. Brémond, "Assessment of Imbalance Drivers in the French Electrical Grid for Account Deficit in 2022," , 2025.
[48]
T. Chiche, "Transferring Hydraulic Flexibility Options : Risks, Benefits, and Impacts on an Electricity Producer's Portfolio," , 2025.
[49]
X. Bodard, "Verktyg för att fördela BESS-kapacitet över elmarknader," , 2025.
[50]
R. Zeru, "Evaluation of Indicators’ Potential to Assess Circularity in Waste Management : A case study on Nairobi’s municipal solid waste management system," , 2025.
Full list in the KTH publications portal