Stage 1: Completed on 31 Dec 2015 Stage 2: Completed on 18 Jan 2016
Top 15 Projects have been shortlisted for Stage 3. Stage 3: Experts from our team will be guiding the teams in completing their projects. This stage ends on 31 March 2016. Stage 4: Announcement of prizes on 15 April 2016
Integral Cycle Speed Control Of Single Phase Induction Motor (Cycle Stealing)
Prevention of harmonics and switching of induction motor (
Members: Prabhanjan Borkar, Darshan Sancheti, Balaji Kakade, ssdDANISH KHAN , College: SKN Sinhgad Institute of Technology and Science (SKNSITS), Pune
Outcome: Prevention of harmonics and switching of induction motor Description: Induction motor are widely and vital machines in today's era usage. Domestically and industrially they are used. But non linear load (induction motor,lamps etc) harmonics are produced in the circuit. Due to integral cycle switching harmonics are prevented during cycle switching. TRIAC circuit ensures firing angle control which in our method i.e ON/OFF switching generates only 1% harmonics.