Prafulla Rajabhau Deo

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Design and performance of dynamic fault current limiter (DFCL) operating at ambient temperature is presented. DFCL has incremental impedance due to incremental permeability in the electromagnetic circuit of device. DFCL limits currents for first peak and also subsequent rms value of short circuit. Electro-dynamic stresses due to peak current and thermal(More)
Design and performance of dynamic fault current limiter (DFCL) operating at ambient temperature are presented. Fault levels limit several design innovations in an electric ship. DFCL would reduce these limitations. DFCL has incremental impedance due to incremental permeability in the electromagnetic circuit of the device. DFCL limits currents for first peak(More)
Most of the water supply schemes use electrical power in large quantities. As such, optimization is needed for reducing life cycle cost of the entire establishment in terms of capital cost, minimum downtime, and maximum availability. It is also important to avoid disturbances in the power system in terms of overloading and other harmful effects like voltage(More)
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