1.
Solar Photovoltaic (PV) power plants are changing the landscape of the electric power industry. The smart inverter is well-known for its versatility to integrate PV resou[...]
2018 | doctoral dissertations |
2.
To evaluate the feasibility of solar power plants for both power generation and water desalination in arid desert locations, A Photovoltaic power plant was compared to a [...]
2022 | masters theses |
3.
The increasing importance of renewable electricity, especially PV generation, and the reducing costs of PV modules has placed the inverter in limelight. Panel-level inver[...]
2015 | masters theses |
4.
With a strong indication of high renewable distributed generation (DG) penetration increase in the near future, distribution system operators (DSOs) are burdened with cha[...]
2016 | doctoral dissertations |
5.
ANIKET MOHAN JOSHI. Supervisory control on Micro-grid comprising of PV Farm and Hybrid Energy Storage System. (Under the direction of DR. SUKUMAR KAMALASADAN).Renewable E[...]
2016 | masters theses |
6.
This research aims to examine the potential value of Energy Storage Systems (ESSs) to different sects of the electrical power system through the various applications in w[...]
2015 | doctoral dissertations |
7.
David Simonson. Techno-Economic Analysis of PV-Diesel-Battery Hybrid Systems for Poultry Farms in North Carolina. (Under the direction of Dr. Weimin Wang)The increasing d[...]
2023 | masters theses |
8.
Analyzing the price of PV generation systems in different market sectors shows that the portion of inverter cost and Balance of System (BoS) are increased due to advent o[...]
2017 | doctoral dissertations |
9.
Driven by economic and environmental policies, there is an increase in distributed energy resources (DER) penetration, such as wind farms and rooftop solar panels in the [...]
2020 | masters theses |