This Project Kit is Available Click on “Buy Now” For Kit Price & Delivery Details Our project proposes high voltage DC generation using Marx generator principle that uses MOSFET along with capacitor stacks. The marx principle was brought by Erwin Otto Marx. The principle consists of generating a pulse of high voltage by using a …
Download Project Document/Synopsis The project aims at developing a speed control system for DC motors in four quadrants i.e. clockwise, anti-clockwise, forward brake and reverse brake. The project is useful to be used in industries for moving motors in both directions i.e. clockwise and anti-clockwise and can even apply forward and reverse brakes whenever required. …
Microcontroller based 4 Quadrant speed control system Read More »
Download Project Document/Synopsis The project is designed to enhance the power factor of transmission line with the help of SVC i.e. static variable compensator. SVC uses TSC (Thyristor Switched Capacitors) based on shunt compensation that is controlled from a programmed microcontroller. Initially, power factor compensation was achieved using rotating machines like switched capacitor banks or …
SVC Based Flexible AC Transmission System(FACTS) Read More »
Download Project Document/Synopsis The project aims at achieving FACTS by using TSR (Thyristor Switch Reactance). It is done when there is very low or minor load at receiving end while charging the transmission line. Since the presence of low load, small current flows through transmission line therefore the shunt capacitance becomes more prominent. Due to …
Download Project Document/Synopsis The project is a control system for power electronics that achieves polarity DC from AC rectification using forward and reverse converter. Thus Dc motor can be moved in both directions and the speed can also be controlled. Thyristor controlled bridge is used for the purpose of achieving DC motor reverse polarity …
