Electrical Engineering, UCE, BURLA

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University College of Engineering
Burla, Sambalpur,
Orissa,India.
PIN:768018
PH:(0663)2430211
Fax:(0663)2430204
info@uceburla.ac.in

RESEARCH & CONSULTANCY

LIST OF TESTING and R&D FACILITIES AVAILABLE IN THE DEPTT. OF ELECTRICAL ENGG. UCE, BURLA

• Measurement of dielectric loss factor (tanδ), capacitance and permittivity of solid dielectric (up to 10 KV) using shearing bridge.

• Breakdown strength tests on solid, liquid and gaseous dielectrics using AC (100KV), DC (280 KV) and impulse (140 KV, 0.49 KJ, L.I.).

• Testing of dielectric strength of the insulating oil ( transformer oil etc.) as per relevant I.S.S.

• Calibration and testing of energy meters as per relevant standards.

• AC Power measurement.

• Testing of dielectric strength of insulators :

                  i. Dry / Wet flashover test.
                  ii. Dry / Wet flashover test with one minute withstand test as per relevant I.S.S.

• Testing of circuit breakers. ( specification :230V / 400V , 0-100 A)

                  i. Measurement of low resistance by Kelvin’s double bridge(0-0.001Ω)
                  ii. Measurement of insulation resistance of any equipment/ dielectric samples.
                  iii. Measurement of earth resistance.
                                  • LCR Q-measurement.
                                  • Wave form Analysis.

Major research areas of the department are

1    Computer aided design for compensation of extra high voltage a.c. transmission line.

2    Voltage stability problems in radial power links and its solution for stochastically varying load models.

3    Improved methods for simulation of non linear system.

4    Modelling of transformers and overvoltage problems due to third harmonies.

5    Application of nonlinear control theory to prevent some power system over voltage problems due to multimode operation with specific reference to protective system and distribution system.

6    Microprocessor based digital protection and industrial drive control.

7    New aspect for design of single phase induction motors.

8    Transient Analysis of Ferro Resonant Circuit.

9    Application of ANN to Power System problems.

10   Dynamic Voltage Stability Studies.

11   Neuro - Fuzzy techniques in power system.

12   Genetic Algorithm application to power system problems.

13   Structural identification and signal stabilization of non-linear control system.

14   Soft Computing applications to power system optmization & control problems.

15   Developing intelligent techniques for power system control and power quality improvement.