Power System Lab

Power System Lab
Lab-in-charge: Prof. Dr. Ashik Ahmed
Location: Southern workshop (East side)
Power System Laboratory provides facilities for practical experimentation, demonstration, and research related to electric power generation, transmission, distribution, and protection. The laboratory is equipped with transmission line models, transformer units, synchronous generators, protective relays, circuit breakers, fault simulation setups, and various power system training modules. Students perform experiments on transmission line characteristics, voltage regulation, load sharing, fault analysis, relay operation, power factor improvement, synchronization, and power system protection schemes. The laboratory also contains analog measuring instruments, energy meters, loading arrangements, rheostats, switches, control panels, and protection devices required for sessional courses and practical demonstrations. These facilities enable students to gain a clear understanding of power system components, their operation, and protection mechanisms, while developing practical skills related to the analysis and operation of electrical power networks.
Location: Southern workshop (East side)
Power System Laboratory provides facilities for practical experimentation, demonstration, and research related to electric power generation, transmission, distribution, and protection. The laboratory is equipped with transmission line models, transformer units, synchronous generators, protective relays, circuit breakers, fault simulation setups, and various power system training modules. Students perform experiments on transmission line characteristics, voltage regulation, load sharing, fault analysis, relay operation, power factor improvement, synchronization, and power system protection schemes. The laboratory also contains analog measuring instruments, energy meters, loading arrangements, rheostats, switches, control panels, and protection devices required for sessional courses and practical demonstrations. These facilities enable students to gain a clear understanding of power system components, their operation, and protection mechanisms, while developing practical skills related to the analysis and operation of electrical power networks.
