Department of Computer Science and Electrical Engineering


Modular Transformer Supplying the Electrostatic Precipitator

Alvin Chan

My thesis aims to examine the theory behind the Modular HVPS, factors and considerations contributing to the design,
advantages and disadvantages compared with the conventional HVPS.
This new method of high voltage generation creates new possibilities for the advanced HVPS performance and is not limited
to use in an ESP.

Abstract:
As you should know, burning of coal to produce electric power in power plant resulted in air pollution if not cleaned before
releasing into the air. There are several processes in which this "polluted air" needs to go through. They are inertial or mechanical fuses; gravity settling; centrifugal or cyclonic separation; gas washing or scrubbing; filtration through screens; fabric bags and finally electrostatic precipitation.
It is a process by which the electrode will charge up the dust particles surrounding it and then the charged particles will be
collected via collecting plates, which are positively charged. The aim of my thesis is reduce the physical size of the old conventional sychronous mechanical rectifier and the high voltage, alternating current transformer, that supply the electrostatic precipitator's voltage, by using modern technology, power electronics.
 

Complete thesis:
Thesis.pdf

About the Author

About the Supervisor


Dept of Computer Science and Electrical Engineering