The department is well equipped Labs to train electrical graduates in order to advance their theoretical knowledge and sound practices of the profession. They are encouraged to undertake projects in the areas of Machine Design, Power System planning operations and control, Electronics and Microprocessor Applications and Power Electronics.
This Laboratory is essentially designed and developed for First Year Students for all the branches and is consisting of experiments dealing with the fundamentals of electrical networks, electrical machines, electrical instrumentation and basic electronics. In this laboratory, some of the experiments conducted are; verification of basic network laws KVL, KCL, determining the efficiency of transformers, study of operation of energy meter, applications of CRO, which illustrate the basic theory related to Electrical Engineering and gives in depth practical knowledge of the electrical equipments.
In Electrical Measurement lab, there are different modules of AC&DC Bridges. Various parameters like Temperature, pressure, capacitance, Resistance etc. are analyzed and measured. Apart from these, it also has LCR meter, current transformer (CT), potential transformer (PT), oscilloscope, ohm meter etc. The measurement laboratory also has basic infrastructure facilities for current, voltage, power, energy, resistance, inductance and capacitance measurement. This lab is very essential part of Electrical Engineering in which students are made familiar with the electrical connections, how they are made and practically how circuit gives response.
The Electrical Machine laboratory plays a very important role. Machine laboratory of the department has set up for important experiments based on AC & DC Machines like, Induction machines, Transformers, DC machines along with other conventional sets of experiments. As per the University curriculum such as Swinburne test for testing of transformer, V-curve of Synchronous motor, load test on the DC motor & generator, synchronization of alternators, no-load & blocked rotor test of 3-phase induction motor Special feature of all these experiments is that, they are expandable and many different types of tests can be explored on a particular set up. We also have some experiments which are simulation based. Those experiments are conducted on MATLAB Software.
In the Network Lab, we analyze different electrical circuits using theorems. The circuits which are analyzed in the lab are also verified with MATLAB software. This gives students a better understanding of the problem as they can see the response of the circuit theoretically using simulation tools as well as practically by performing on actual electrical circuits. The main objective of this lab is to make students familiar with verification of various network theorems, Thevenin’s, Norton’s, maximum power transfer, transient response of RL, RC and RLC, determination of z and h parameters for two port network, measurement of phase and frequency using CRO. This lab is a very essential part of Electrical Engineering in which students are made familiar with the electrical connections, how they are made and practically how circuits give response. Some project works are also being carried out with the help of this lab using hardware packages.
The Power Electronics laboratory has equipments with latest state-of-the-art technology. The main objective of power electronics lab is to make the students familiar with latest technologies that are based on solid state devices (like Thyristors, UJT and MOSFET’s with triggering modules). The lab is equipped with experimental set up for thyristor based speed control of dc and induction motors, chopper and application of power electronics in electrical drives and machines, PWM inverter, all types of power convertors, Bridge rectifier, Cyclo converter and digital storage oscilloscopes for measurement. Further the lab has MATLAB based experiments also which are being conducted.
Control Engineering Lab makes the students of Electrical and Electronics Engineering (EEE) understand the practical aspect of control system. How a control system is used for controlling errors. How the error compensation is done according to the system requirements. PID controller is used in many industries for the removal of error so that the fluctuations in the input (noise or any unwanted parameter) should not affect the system parameters. The lab has kits like Speed torque characteristics AC servo motor, Speed torque characteristics DC motor, Synchro transmitter and receiver trainer, PID controller kit, and compensation network study kit etc. Also various experiments are conducted on MATLAB software.
Power System Laboratory is equipped with static and electromechanical relays, transformer oil testing facilities, High voltage insulator testing, cable fault detector, energy meter testing with phantom loading, positive-negative-zero sequence detection, IDMT over current relay, differential relay, distance relay, solar photovoltaic system & series & parallel combination of PV module. Hardware as well as Simulation based experiments of MATLAB Software are conducted in this lab.
This lab consists of software MATLAB. MATLAB is useful in analyzing data obtained from the laboratory experiments. In addition, it has been found that the interactive nature of MATLAB and its immediate graphing facilities are especially useful in enhancing the understanding of concepts and principles of electrical and electronics engineering fundamentals PLC and Automation Lab is also conducted using virtual lab. This lab gives a better picture and understanding about the industrial applications Few experiments Implementation Of DOL Starter , Delay Timer, Up-Down Counter, PLC Arithmetic Instructions, PID Controller