Numerical no.20||Utilization of electric power||Induction motor||Calculate moment of inertia & time

Welcome to our educational series on Utilization of electric power! In this series, we delve into the fascinating world of utilization of electric power and explore various numerical problems encountered in this field. Whether you're an aspiring electrical engineer, a seasoned professional, or simply curious about the intricacies of utilization of electric power, this series is designed to provide you with valuable insights and practical problem-solving skills.
Q. A 3ϕ, 45kW, 6-pole, 960 rpm induction motor has a constant load torque of 270 H-m and wide intervals additional torque of 1350 H-m for 10 sec.
Calculate
(i) The moment of inertia of the flywheel used for load equalization if motor torque is not to exceed twice the rated torque.
(ⅱ) Time taken after removal of addition load between the motor torque becomes 630H-m.
Each video in this series focuses on a specific numerical problem relevant to utilization of electric power, meticulously guiding you through the solution process step by step. From analyzing circuit configurations to understanding insulation coordination and dealing with electrical breakdown phenomena, we cover a wide range of topics to deepen your understanding of utilization of electric power.
#pokharauniversity #tribhuvanuniversity #utilization #Illumination #numericals #youtube #engineering #elecrical
#utilizationofelectricalenergy #utilizationofelectricalengineering #numericals on electricity #electricalenergyandpower