Academics

Educational Profile

Bachelor of Science (B.Sc):

Institution: Green university of Bangladesh (GUB)

Department: Electrical & Electronic Engineering (EEE)

Major Subject: Power

CGPA: 3.56 (out of 4.00)

Graduation: December, 2015

Diploma in Electrical Engineering:

Institution: Patuakhali Polytechnic Institute (PPI)

Department: Electrical Technology (ET)

GPA: 3.18 (out of 4.00)

Passing Year: 2012

Secondary School Certificate (S.S.C):

Institution: Srijanee Bidyaniketan

Group: Business Studies

GPA: 3.19 (out of 5.00)

Passing Year: 2007

In the power distribution industry today, utility companies are trying to come up with a solution to increase the efficiency of distributed power. One way of achieving this task is by improving the power factor of a system by adding power factor correction capacitor. Power factor improvement is a very important aspect of power distribution. Without a good power factor, there cannot be an efficient means of transporting energy over long distances due to the losses associated with moving power through a wire. This action has led to multiple studies on power factor correction. In order to achieve maximum efficiency, we had to increase our power factor as close to unity as possible. Power factor corrector (PFC) is usually achieved by adding capacitive load to balance the inductive load present in the power system. The power factor of the power system is constantly changing due to variations in the size and number of the motors being used at one time. This makes it difficult to balance the inductive and capacitive loads continuously. Wasted energy capacity, also known as poor power factor, is often overlooked. It can result in poor reliability, safety problem and higher energy costs. The lower your power factor, the less economically your system operates. There are many benefits to having power factor correction. As a customer the cost doesn’t get passed on for having a low power factor. As a utility company, equipment has a much longer life span and maintenance costs remain low.

Our project and thesis is PFI Plant (5 KVAR). We used for this project several electric equipment. There are shows in a doc file .

Project of Motor winding of ceiling fan (single phase induction motor)

Training