Harmonic analysis for AC and DC supply in Traction sub station of Mumbai
Sharvari Sane, Swati Sharma, Sanjay K Prasad
Abstract
Sharvari Sane, Swati Sharma, Sanjay K Prasad
Abstract
Electric Traction is oldest (1925) and largest mode of transportation in Mumbai city, connecting various suburban to commercial center. This paper studied the harmonics due to Electric Traction in supply grid, at Thane Traction substation in Mumbai. Slowly and steadily AC motor controls are gaining operational advantage over DC motor control and thus, 80 percent of traction operating on DC supply have already being converted into AC. High reliability and reduced maintenance of AC motor has also enabled, Railway boards to increase the number of train. This paper compare the voltage and current patterns and harmonic presence in AC and DC supply at Traction substation.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Electric Traction is oldest (1925) and largest mode of transportation in Mumbai city, connecting various suburban to commercial center. This paper studied the harmonics due to Electric Traction in supply grid, at Thane Traction substation in Mumbai. Slowly and steadily AC motor controls are gaining operational advantage over DC motor control and thus, 80 percent of traction operating on DC supply have already being converted into AC. High reliability and reduced maintenance of AC motor has also enabled, Railway boards to increase the number of train. This paper compare the voltage and current patterns and harmonic presence in AC and DC supply at Traction substation.
Key concepts: Traction substation, Traction motor, Harmonics, Traction (geology), DC motor, Electrical engineering, Automotive engineering, Voltage