Till innehåll på sidan
Till KTH:s startsida

Avslutade examensarbeten

Masterstudenter som har studerat tillämpad termodynamik och kylteknik
har gemensamt producerat en stor databas med examensarbeten. Här listas de utifrån Divas publikationsdatabas som uppdateras löpande.

Avslutade examensarbeten inom tillämpad termodynamik och kylteknik

[1]
M. Ruggerini, "Comparative Validation of OptCore against TRNSYS: a System- and Component-Level Analysis of a PVT-Coupled GSHP Model," , 2026.
[2]
I. M. Arief, "Smart Sharing: Optimizing Borehole Use Between a Supermarket and Residential Building," , 2026.
[3]
A. Rydberg Biasco, "Energy Price Variation Impact on Refrigeration System Operating Cost : A Techno-Economic Analysis of Natural Refrigerants under Volatile Electricity Markets," , 2026.
[4]
G. Brunnberg och C. Ström, "Vehicle-to-Grid Integration for Urban Bus Fleets – A Case Study of Keolis Stockholm," , 2026.
[5]
W. Fyles och M. Hofberg, "On-Site Green Hydrogen Production in Intermittent Electricity Markets : A Techno-Economic Comparison of Electrolyser Technologies," , 2026.
[6]
E. Bergvall och W. Olivius, "Integrated Optimization and Financial Modeling of Battery Energy Storage Systems : A Sequential Multi-Market Framework for Operational Dispatch and Project Valuation," , 2026.
[7]
A. Fernández Tomé, "Refurbishment Strategy Based on Smart Radiator Controllers," , 2026.
[8]
T. Griffin och H. Ramel, "Energy Architecture for a Net-Zero and Resilient District of Landvetter Södra : Evaluating the Trade-offs Between Economic Efficiency, Grid Stability, and Resilience through Techno-Economic Scenario Analysis," , 2026.
[9]
A. Tornivaara, "Impacts of Positive Energy Districts from the urban planning perspective : Role of key PED characteristics in the preparation of local detailed plans in Finland," , 2026.
[10]
A. Bobadilla Soto, "Operational Cost Optimization of Residential Solar PV and Battery Storage Systems Under Emerging Nordic Power Tariff Schemes – A comparative study between Finland and Sweden," , 2026.
[11]
Y. Zhou, "A conceptual design: Distributed control framework for residential ventilation," , 2026.
[12]
S. Pettersson, "Avbrott i värme- och kylförsörjning i operationssalar : En simuleringsstudie av inomhusklimat och robusthet i kritiska vårdmiljöer," , 2026.
[13]
M. Jakupi, "Shortening Lead Times at Svenska Kraftnät : A systems thinking approach," , 2026.
[14]
A. Appelgren, "Integrating Natural Refrigerant Heat Pumps into Existing Heating Networks : A Techno-Economic Study of Heat Pumps in District Heating Production," , 2026.
[15]
A. Patuelli, "Solar Photovoltaic-Thermal Integration with Ground Source Heat Pump Systems for Low-Energy-Single-Family Houses in Sweden : A Twenty-Year Operational Simulation," , 2025.
[16]
A. Svanfeldt, "Hydrogen production pathways in Sweden : An analysis of low-carbon hydrogen technologies in comparison with Norway, Germany, and Morocco," , 2025.
[17]
A. Matos Martins, "Supermarket retrofit from HFC/HFO to CO2 booster refrigeration system-field measurements & modelling : Heat recovery and geothermal integration," , 2025.
[18]
Q. LARGERON, "Enhancing Heat Pump FeasibilityStudies Through Improved COP Estimation," , 2025.
[19]
E. Tidblad, "Roof-mounted wind turbines : An Analysis of the Potential for Urban Wind Power Installations in Swedish Cities," , 2025.
[20]
A. V. Khasnis, "Steam Production with Industrial Heat Pumps in Sweden : A Techno-Economic Analysis," , 2025.
[21]
J. Hao, "Retrofitting Supermarket Refrigeration System with CO2 Heat Recovery : A Comparative Study," , 2025.
[22]
M. A. Castañeda Rodas, "Techno-economic Analysis of the Integration of a PVT Array in a long-term operated GSHP," , 2025.
[23]
J. L. G. Bonhomme, "Sequential Deep Learning for Forecasting Battery Capacity Degradation," , 2025.
[24]
C. Madhusudhanan och J. E. Sebastian, "Integration of Solar Photovoltaic-Thermal (PVT) Collectors in District Heating Networks," , 2025.
[25]
A. B. Nugroho, "Thermal Management Analysis in High Voltage Junction Boxes of Electric Trucks," , 2025.
[26]
O. Sogbadji, "Sensor fault detection and data-driven modeling of heat pumps," , 2025.
[27]
M. T. M. Mohamed, "A Parametric study and LCC Cost optimization of a Residential building in Sweden," , 2025.
[28]
E. Thieffry, "Investigation on optimal secondary fluid flow rates for geothermal Heat Pumps," , 2025.
[29]
L. ÅKERBERG, "Modelling indoor air flows with stratification and computational fluid dynamics : A comparative analysis of three different modelling tools," , 2025.
[30]
O. M. Semertzidis, "Dynamic Testing of Evaporator Overfeeding in CO2 Refrigeration System," , 2025.
[31]
G. ALGOTSON och S. HY, "Utvärdering av Ventsim DESIGN : Modellering och simulering av ventilationssystemet i slutförvar förkärnbränsleavfall i Forsmark," , 2025.
[32]
A. D. Handoko, "Net-Zero Energy Design for a DataCenter in Stockholm," , 2025.
[33]
A. Julin Wallén, "Heat recovery potential in Swedishfood retail stores," , 2025.
[34]
L. Walldén och E. Wickléus, "How Smarter Electricity Use inOffices Can Help Decarbonize Sweden's Grid : A Study on High-Resolution Emission Accounting and DemandFlexibility in Swedish Office Buildings," , 2025.
[35]
J. Kiderud, "Data-Driven Analysis of Building Energy Performance Using Boverket Energy Declarations and Real-Time Data : Application to BRF Sjöstaden 2, The Village, and Strandkanten in Hammarby Sjöstad," , 2025.
[36]
S. Gardesten, "Heat Recovery Systems for Alleima : Investigating the possibility of creating smaller local heating systems in Sandviken Industrial Park," , 2025.
[37]
A. Rubow, "Electricity Demand Forecasting with Machine Learning : A Case Study on the Implications of Data Availability and Economic Impact for German Municipal Utilities," , 2025.
[38]
A. Klimkowicz Nordin, "Hybrid Seasonal Heating : Integration of District Heating Return Flow Heat in Residential Ground Source Heat Pumps," , 2025.
[39]
C. Asadour och T. Nymark, "Towards a more Effective Industrial Energy Data Collection System : Understanding aggregate energy metering," , 2025.
[40]
A. Lund, "Techno-Economic Analysis of a Low-Cost Polymeric Heat Absorber for PVT + GSHP Applications," , 2025.
[41]
S. Koutsoupas, "Evaluation of Direct and Indirect Methods for Occupancy Detection and Air Quality Control in Buildings," , 2025.
[42]
L. Eriksson, "Field Measurement Analysis of Reversible Heat Pumping Systems : A Techno-Economical Study of Natural Refrigerants in Air- and Ground-Source Systems," , 2025.
[43]
M. L. Aguiar da Mota, "Techno-economic analysis of implementation of HTHP in the drying stage of battery production," , 2024.
[44]
K. Halawi, "Wholelife carbon impact of various building renovations on a district scale – case of Kista, Stockholm," , 2024.
[45]
O. Engesvik, "Field measurements of supermarket refrigeration system : Trans-critical CO2 booster and geothermal integration," , 2024.
[46]
H. Senthil Kumar, "Analysis of Large Scale Heat Pumps Using Natural Refrigerants," , 2024.
[47]
K. Singh, "Energy Modelling of Testbed KTH : A first step of a Digital Twin," , 2024.
[48]
L. Arvidsson, "Lignocellulosic Biomass to Hydrogen : A Review of Main Production Routes and Comparative Analysis of the Most Promising Conversion Technologies," , 2024.
[49]
Y. Qu, "Partial Commissioning and Experimental Performance Characterization of a Bench-scale Thermochemical Heat Storage System," , 2024.
[50]
A. Conejos Lopez, "Experimental Assessment of the Effects of Cold Climate Weather Patterns on Photovoltaic Thermal Collectors for Low Temperature Heat Pump Integration," , 2024.
Fullständig lista i KTH:s publikationsportal