System modeling and dispatch schedule optimization of combined PV battery system using linear optimization.
Master thesis on solar energy
This Master’s thesis is written to fulfil the graduation requirements of the Master’s Programme in Renewable Energy Engineering during the spring of 2023, and is based on previous work at the University of Agder (UiA). The .
Power Loss Estimation of PV Modules Through IV-characteristics and Image Analysis
In this thesis a methodology utilizing IV-characteristics and image analysis to model power losses due to snow cover is presented. The objective of this dissertation is to investigate the performance of PV modules under .
Forecasting of Photovoltaic Power Production
Solar irradiance and temperature are some weather parameters that affect the amount of power photovoltaic cells can generate. Based on these and past power production, future production can be predicted. Knowing" future .
Computational Fluid Dynamics Analysis of Two Savonius-Type Ocean Current Turbines with Augmentation Techniques
Ocean current turbines are one of many environmentally friendly, prospective energy sources out there, however, it is still at an embryonic stage in development. This thesis aims to build on the existing knowledge in the .
Kraftflytanalyse i distribusjonsnettet for å identifisere etterspørselsstyrings-scenario og integrasjon av solceller
Electrification, more power-intensive technological equipment, and an exponential increase in photovoltaic systems on transformer circuits lead to changes in the load patterns of end customers. The master’s thesis .
Grounding and Charging Strategy for Ships during Cold Ironing Operation
In order to minimize the pollution that ships generate at ports, ships can be connected to the utility grid during charging, also known as shore-to-ship connection or cold ironing operation. The pollution can also be .
Green Hydrogen Production Through PEM Water Electrolysis Supplied by Solar and Wind Energy
As the global climate crisis drives the world to move away from fossil for out energy needs to more climate friendly solutions for both energy generation and storage. A hydrogen economy is looked at as a solution for many .
Investigating Ammonia and Hydrogen Fuelled Solid Oxide Fuel Cells: A Study of Cell Degradation and Applications for Energy Storage
For this study, an Open Flange solid oxide fuel cell setup was used to investigation degradation rate in two single cells. The two cells, while different in shape and size, consisted of an anode made of Ni/YSZ, an YSZ .
Analysis of the Component- and Control System Application of a Hydropower- and PV Based DC Microgrid Designed for Electrifying Land-Based Industries in Norway
The Norwegian Water Resources and Energy Directorate reports that a significant share of Norway’s greenhouse gas emissions originates from burning fossil fuelsin the land-based industry. Although some electrification and .
Optimal integration of wind energy with a renewable based microgrid for industrial applications.
Wind energy in urban environments is a rapidly developing technology influenced by the terrain specifications, local wind characteristics and urban environments such as buildings architecture. The urban terrain is more .
Ammonia Fuelled Solid Oxide Fuel Cell to Power Maritime Applications
Ammonia fuelled solid oxide fuel cell (SOFC) systems are regarded as a promising alternative for energy production due to high efficiency and low environmental impact. Ammonia is a carbon free compound with high energy .
Characterization of coating on graphite anode material for lithium-ion batteries
To improve the performance of lithium-ion batteries, the graphite anode can be treated with special coating. Thus the charge transfer resistance through the material can be lowered and thereby enable e.g. faster .
Investigation of Outdoor Performance of Silicon Photovoltaic Modules at Different Installation Angles
The objective of this master thesis is to analyse and compare the performance of two different PV technologies mounted at different tilt angles and orientations. The PV modules are installed on the roof of the J5 building .
Production and Characterisation of Durable Biochar Briquettes Designed for Metallurgical Industry
Smart Energy Management System for Renewable Energy Prioritized Electrical Distribution Network with Increased Penetration of Electric Vehicles
Design of an Air Management System for a Dry Room and Utilization of Waste Heat
This thesis presents the design of an air management system used in a dry room fora lithium-ion battery factory using a Matlab/Simulink environment. The sizing of the system is based on the 32 GWh battery factory, currently .
System modeling and dispatch schedule optimization of combined PV battery system using linear optimization
Energy storage plays a vital role in paving the way for more renewable penetration. The technology is costly, but intelligent solutions regarding dispatch strategies and system design can help reduce the total cost over .
Building integrated PV system sizing based on techno-economics evaluation: Design study for a Southern Norwegian house
Renewable energy sources are promising to take a significant share in the energy sector as a viable option for integrating with conventional fossil fuel power plants. This thesis contributes to the ongoing studies about .
Master thesis on solar energy
This Master’s thesis is written to fulfil the graduation requirements of the Master’s Programme in Renewable Energy Engineering during the spring of 2023, and is based on previous work at the University of Agder (UiA). The .
In this thesis a methodology utilizing IV-characteristics and image analysis to model power losses due to snow cover is presented. The objective of this dissertation is to investigate the performance of PV modules under .
M.tech and PhD Thesis Topics on Renewable Energy
Classification of Turkey among European Countries by Years in Terms of Energy Efficiency, Total Renewable Energy, Energy Consumption, Greenhouse Gas Emission and Energy it. The data showed that 1 the soil moisture under panels are significantly higher than the control area, 2 dry biomass of grass is higher under panels and 3 the area under panels were significantly more water efficient.
M.tech and PhD students can do work on Renewable Energy thesis to analysis and improve different things such as the design of low voltage OTA, PCG single, Grid power quality improvement and Mathematical modelling etc.
Resources:
https://ir.library.oregonstate.edu/concern/graduate_thesis_or_dissertations/8623j383f
https://uia.brage.unit.no/uia-xmlui/handle/11250/136714
Latest thesis topic list on renewable energy resources for PhD and M.tech
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