Abstract: Finding faults and partial shadow conditions are the key challenges for photovoltaic (PV) system. Furthermore, by being aware of how many broken modules and strings there are, the power loss can be averted. Some studies are conducted in this project to address these issues in order to distinguish between faults and partially shaded conditions as well as the quantity of mismatched modules and strings for a dynamic change in irradiation. Based on a straightforward observation ...
Abstract The utilization of solar energy is most concerned source in energy sector nowadays. The building integrated photovoltaic solar panels are increasingly constructed in dense urban areas because they brought many advantages to the society along with energy saving features. However, at the same time, they raise tensions in capital investments and overall returns. In this project, the BIPV systemis integrated on a multi-stair building consists of 6 floors, this building is located in...
Abstract: Nuclear radiation protection is crucial for future development in the field of Nuclear energy generation. This work categorizes the various types of radiation protection. It is a comprehensive review of nuclear radiation protection.
ABSTRACT: Presentation slides for the course project on the topic Graphene-based surface plasmon polariton for plasmonic waveguides and devices. Throughout the project the used of FDTD simulations were conducted for the report.
ABSTRACT: The inconsistency present in Transmission line tends to have a cascading collapse and different types of failures in the transmission line of a power system which impact the power transfer capability of the line. In this paper we used MATLAB coding to plot the real power and reactive power with voltage. We want to predict what happens to the stability of a power system before a cascading collapse. Note: The MATLAB code was intentionally added to this work to serve as a base for...
ABSTRACT: Hemoglobin concentration sensors are created in this study using a row of half-cylindrical rods. The suggested structures are capable of accurately detecting blood sample hemoglobin concentration. Two different topologies based on graphene-plasmonic couples are proposed and explored and a comprehensive review is included in this work. The proposed structures are composed of layers of graphene SiO2, Au, and Ag. Multiple plates and cylindrical-shaped graphene layers are added to the ...
Master of Engineering (Electrical and Electronic Engineering) BRAC University. Attended African School of Fundamental Physics and Application, Nelson Mandela University, (ASP2022).
