Course Description:

This course provides a brief introduction to different industrial derives, load characteristic,
factor effecting on selection of drives depending upon their electrical, mechanical
characteristic. The subject also provides the knowledge of microprocessor based electric
drives.

General Objective:

The objective of the course is to provide different types of drives and applications in various industries. To know the characteristics of various motors and loads. Gain the knowledge about operation of DC motor speed control using converters and choppers. To understand the modes of operation of a drive in various applications. To enable the students identify the need and choice for various drives. To acquire the knowledge of different speed control methods in AC motors using thyristors based control schemes. Identify the use of drives in industries using microprocessor.

 Learning Outcome: Upon successful completion of this course the students will be able to;

1.  Apply the knowledge of electrical engineering subjects in different application of industries like manufacturing, maintenance, operation and safety.

2.  Understand  different  speed  control  methods  in  D.C  and  A.C  motors  using thyristors based control schemes.

3.  Understand the characteristic of load and selection of derive in industrial sectors.

4.  Conduct practical and analyze data for proper selection of derive in realistic constrain of load requirement.

5.  Understand the impact of electrical characteristic of motor in electric traction system.

6.  Discharge professional duties in industries with innovative ideas of operation and control of drives.

7.  Do higher study in the field of modern derives and control.



The course objectives are,

             1. Understand the complicity of power system and role of engineer in power system operation and control.

             2. To overcome the stability problem for complex & large capacity units.

             3. Voltage & Frequency control, Static & Dynamic behaviour of control loop.

             4. Concept of Voltage stability, voltage collapse & FACTs devices.

             5. Enhancement of power handling capacity by FACTs device.