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Energy Technology

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Completed Master thesis projects

Our Master students have done a remarkable work during their research time as Master students. Here you can see master theses that are published in the KTH online database. This list is continuously updated with new publications.

Completed Master Theses at ETT

[1]

W. Deltin, "System and Actor Level Analysis of Potentially Disruptive Wastewater Heat Recovery Technologies in Buildings : A Stockholm Case Study," , 2020.

[2]

D. Wetterdal, "Optimizing night cooling for two systems in Stockholm," , 2020.

[3]

F. Mengod Bautista, "Propane Heat Pump Modelling and Monitoring for System Control Analysis," , 2019.

[4]

F. Bozzi, "Development of a configurable model for temperature distribution estimation in multifamily houses with limited amount of sensors," , 2019.

[5]

T. Schreurs, "Techno-economic analysis of combined heat pump and PV systems in Austria," , 2019.

[6]

J. Pomerancevs, "Geothermal function integration in ice rinks with CO2 refrigeration system," , 2019.

[7]

G. Braida and R. Tomasetig, "Preliminary analysis of the potential energy saving achievable with a predictive control strategy of a heat pump for a single family house," , 2018.

[8]

M. Monteggia, "Weather data for heat pump system control improvement: analysis of instantaneous and forecasted measurements and evaluation of potential energy savings," , 2018.

[9]

A. Andricciola, "Development of an algorithm for the automatic adjustment of the heating curve of a heat pump heating system," , 2018.

[10]

S. Högdahl, "Placing VOC Sensors forAssessing Air Quality : A CFD Study of Indoor VOC Distribution," , 2018.

[11]

S. Kadir and S. Özkan, "Ectogrid^TM : The competitiveness of a low temperature district heating network in Germany and United Kingdom," , 2018.

[12]

B. Hage Meany, "Modelling and simulation for optimizing adeep, closed-loop geothermal heat exchangesystem," , 2018.

[13]

J. Mars Bodell and C. Tapia Chiriboga, "Techno-economic analysis of the Local System Operator concept in a multi-dwelling unit in Sweden : A parametric sizing and optimization of a PV-battery system with EVs equipped with vehicle-to-home application," , 2018.

[14]

A. Mohsenchian, "Energy follow-up of the technology building in New Karolinska Solna Hospital (NKS)," , 2018.

[15]

C. Politano, "Capability Perception of an Electric Utilityduring Sectoral Change towards Sustainability," , 2018.

[16]

L. Olausson, "Construction and test of a new compact TRT equipment," , 2018.

[17]

M. Waldron, "Smart window in Sweden : A comparative analysis of an office buildingsimulation model with conventional windows, andelectrochromic windows, based on Miljöbyggnadcertification criteria," , 2017.

[18]

J. Laestander, "Geotermisk förvärmning och -kylning av uteluft med borrhål," , 2017.

[19]

M. Malmberg, "Transient modeling of a high temperature borehole thermal energy storage coupled with a combined heat and power plant," , 2017.

[20]

P.-A. Gigos, "Modelling a Solar Driven Absorption Heat Pump," , 2016.

[21]

Å. Thorén, "Practical evaluation of borehole heat exchanger models in TRNSYS," , 2016.

[22]

M. Abuasbeh, "Fault Detection and Diagnosis for Brine to Water Heat Pump Systems," , 2016.

[23]

N. RIFAI, "Monitoring the energy consumption in buildings in B2B sector," , 2016.

[24]

R. Cousquer, "Deployment of Electric Vehicle Charging Stations," , 2016.

[25]

P. Blondel, "Photovoltaics in positive energy buildings," , 2016.

[26]

G. Frid, "Development of a methodology to simulate simple mismatching in photovoltaic systems," , 2015.

[27]

M. petit-pierre, "Fault Detection using KPCA analysis applied to building efficiency," , 2015.

[28]

P. J. Salom Munoz, "SECONDARY FLUIDS USED IN INDIRECT REFRIGERATION SYSTEMS IN SWEDEN," , 2015.

[29]

M. Alros, "Energikartläggning av VVC-systemet i flerbostadshus," , 2015.

[30]

S. Piscopiello, "Experimental Evaluation Of Large Scale Propane Heat Pump For Space Heating Application," , 2015.

[31]

C. Wichser, "System Performance Comparison of Residential Combination Air and Water Heating Systems in Cold Weather Climates," , 2015.

[32]

J. Frisk, "PV-SYSTEM FÖR SVENSKA HUSHÅLL : HINDER OCH DRIVKRAFTER," , 2015.

[33]

Y. Elobeid and T. Mattias, "Nyckeltal för energianvändning i lokaler," , 2015.

[34]

H. Behi, "Experimental and Numerical Study on Heat Pipe Assisted PCM Storage System," , 2015.

[35]

K. Takei, "Development of novel materials for solar cells," , 2015.

[36]

C. Broliden and L. Regnér, "On Asset Life Cycle Management for Offshore Wind Turbines : A Case Study of Horns Rev 1," , 2015.

[37]

Y. Almén, "Cooling in the ALICE detector," , 2015.

[38]

J. Mann and K. Dahlin, "Variations in the primary control availability : An investigation of market conditions’ influence on the FCR-N product," , 2015.

[39]

D. Samara, "Thermal Performance Insight on a Ground Coupled Heat Pump," , 2015.

[40]

M. Alm, "Simulering av spillvattenflödet i Solnaverkets värmepumpar," , 2015.

[41]

S. zhang, "Study of building code and calculation of energy consumption for same building situated in two climates, Chengdu and Stockholm," , 2015.

[42]

G. Matricon, "Comparative assessment of two structural materials from a life-cycle point of view : Using dynamic and LCA calculation units from LESOSAI," , 2015.

[43]

A. Julin and J. Berthold, "The Effects of Lowered Delivery Temperatures in District Heating : A Quantitative Study," , 2015.

[44]

R. Kauppinen, "Analysis of building energy use and evaluation of long-term borehole storage temperature : Study of the new ferry terminal at Värtahamnen, Sweden," , 2015.

[45]

I. Back and L. Dunberger, "Evaluating alternative refrigerants for the room air conditioner market," , 2015.

[46]

J. SCHMITT, "Energy performance of an existing hospital in Lyon, France: Proposition of energy-efficient improvements and study of the energy and financial savings," , 2015.

[47]

M. Ghasemi, "Behavior Related Energy Use in Single-Family Homes : A Study on residential houses in Sweden," , 2015.

[48]

T. Xu, "Experimental evaluation of air-to-water propane heat pumps with 40kW heating capacity," , 2015.

[49]

M. Ericsson, "Solar assisted ground source heat pump system - modelling and simulation," , 2015.

[50]

C. BIGORRE, "Wind flows impact on pedestrian comfort study in a Joint Development Zone project," , 2015.