Soon I will start my Ph.D. and my supervisors recommend that I do my research on GIS for renewable energy systems. As I read about it I found out that most of the research paper topics don't include any electricity dataset nor analysis of the system performance or development for the systems.
So, I would like to know what's the benefit of the GIS field for my major. and if I am accepted to work on GIS as a Ph.D. researcher will it impact my academic field in the future?
PS: during my master's degree, I academically specialized in using machine learning algorithms to classify the quantified solar variability in order to evaluate the degradation performance of two types of PV panel systems.
Sara Ragab Farghaly
Congratulations on starting your Ph.D. research soon! Geographic Information Systems (GIS) can be extremely useful for renewable energy systems research, as they allow you to integrate and analyze data from different sources, such as satellite imagery, weather data, and land-use information, in a spatial context. GIS can help you identify suitable locations for renewable energy systems, optimize their design and layout, and evaluate their performance over time.
As an electrical engineer specializing in GIS for renewable energy systems, you could contribute to the development of new methodologies and tools for energy planning and management. You could also explore the use of GIS in the integration of renewable energy systems into the power grid and the development of smart grid technologies.
Your background in machine learning algorithms could be particularly useful in this context, as machine learning can be used to analyze large datasets and identify patterns that are difficult to detect through manual analysis. You could use machine learning algorithms to analyze satellite imagery and identify potential locations for solar or wind farms, for example, or to predict energy generation and demand patterns.
In terms of the impact on your academic field, there is a growing demand for researchers with expertise in GIS for renewable energy systems, particularly as the transition to a more sustainable energy system accelerates. By contributing to this field, you could help shape the future of renewable energy research and development.
Wind velocity and Solar power availability’s during years to the locations are the main source to optimize the power availability during year, hence Geographical Information System (GIS) expert or the Geographical Information System (GIS)professionals are the only source for it…..
Sara Ragab Farghaly Geographic Information Systems (GIS) can help an electrical engineer in a variety of ways. As an example:
1. Spatial analysis: Geographic information systems (GIS) can be used to evaluate the spatial spread of renewable energy resources such as solar radiation and wind speed, which can aid in the selection of sites for renewable energy projects.
2. GIS can be used to maximize the layout of renewable energy systems, which can increase energy output effectiveness.
3. GIS can be used to incorporate renewable energy systems into current electrical networks, which can aid in balancing energy supply and demand.
4. Data management: Geographic information systems (GIS) can be used to handle big databases related to green energy systems, which can aid in tracking and evaluating the performance of these systems.
Working on GIS for renewable energy systems will allow you to investigate these and other possible benefits, as well as create new methodologies and tools to improve renewable energy system design, planning, and administration.
In terms of academic influence, study on GIS for renewable energy systems can add to the increasing corpus of knowledge on renewable energy, GIS, and their integration. It can also offer up new study possibilities and collaborations with other researchers and industries working in this area.
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