CTP 11th Meeting_6_12_24 communication training.pptx

how to do communication

1. Meeting #3 February 22, 2022 Communication Training Session Batch-1 12 th June 2024

2. Meeting Ground Rules

3. MEETING AGENDA Burns & McDonnell India – Oil, Gas, & Chemical Communication Training Meeting   Meeting Facilitator: Abhilash Chavan     Date: 12th June 2024 11:00 am –11:10 am Introductions Welcome (2 mins) Agenda (2 mins) Safety Topic (5 mins)   By Abhilash Chavan 11:10 am –11:30 am Presentation 1 Informative Presentation (10 mins) Feedback Forms (5 mins) Evaluation (3 mins)   By Aditya Anchan All Afshan Khan

4. MEETING AGENDA 11:30 am –11:50 am Presentation 2 Impromptu/Persuasive Presentation Feedback Forms (5 mins) Evaluation (3 mins)   By Ambesh Singh All Tushar Mahale 11:50 am –12:10 pm Extra-Curricular Activity Comprehension/debates /External Presentation/Videos   By All All 12:10 pm –12:15 pm Closeout Closing Statements (5 mins) By Abhilash Chavan

5. SAFETY MOMENT

6. 1. Avoid using Mobile phones while walking 2. Wear shoes that have good traction on the sole. 3. Keep a slower walking pace and be vigilant of surroundings 4. Do not stop below Old Tree and Advertise Flex / Structure 5. Walk on designated pathways and sidewalks. 6. When using stairways, be sure to hold the handrail. 7. Being alert of your surroundings and ongoing conditions will help you avoid accidents and possible injury during these times. SAFETY MOMENT

7. Informative Presentation By Aditya Anchan

8. BUSDUCT

9. BUSDUCT Busduct is a duct containing either copper or aluminum busbar for conducting current. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. ADVANTAGE Of busduct

10. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. ADVANTAGE Of busduct Busduct is a duct containing either copper or aluminum busbar for conducting current. BUSDUCT

11. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. ADVANTAGE Of busduct

12. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. TYPES Of busduct ISOLATED PHASE BUSDUCT

13. TYPES Of busduct ISOLATED PHASE BUSDUCT EACH PHASE CONDUCTOR IN INDIVIDUAL AND SEPARATE ENCLOSURE. MAINLY USED IN GENERATING STATIONS FOR MAXIMUM RELIABILITY. ENCLOSURE IS MADE UP OF ALUMINUM TO WITHSTAND HIGHER SHORT CIRCUIT CURRENT.

14. TYPES Of busduct ISOLATED PHASE BUSDUCT EACH PHASE CONDUCTOR IN INDIVIDUAL AND SEPARATE ENCLOSURE. ENCLOSURE IS MADE UP OF ALUMINUM TO WITHSTAND HIGHER SHORT CIRCUIT CURRENT. MAINLY USED IN GENERATING STATIONS FOR MAXIMUM RELIABILITY.

15. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. TYPES Of busduct ISOLATED PHASE BUSDUCT EACH PHASE CONDUCTOR IN INDIVIDUAL AND SEPARATE ENCLOSURE. ENCLOSURE IS MADE UP OF ALUMINUM TO WITHSTAND HIGHER SHORT CIRCUIT CURRENT. MAINLY USED IN GENERATING STATIONS FOR MAXIMUM RELIABILITY.

16. TYPES Of busduct ISOLATED PHASE BUSDUCT SEGREGATED PHASE BUSDUCT EACH PHASE CONDUCTOR IN INDIVIDUAL AND SEPARATE ENCLOSURE. ENCLOSURE IS MADE UP OF ALUMINUM TO WITHSTAND HIGHER SHORT CIRCUIT CURRENT. MAINLY USED IN GENERATING STATIONS FOR MAXIMUM RELIABILITY.

17. SEGREGATED PHASE BUSDUCT ISOLATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE, SEPERATED WITH AN INSULATING BARRIER. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED IN SMALL GENERATORS AND SUB-STATION.

18. SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE, SEPERATED WITH AN INSULATING BARRIER. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED IN SMALL GENERATORS AND SUB-STATION.

19. SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE, SEPERATED WITH AN INSULATING BARRIER. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED IN SMALL GENERATORS AND SUB-STATION.

20. SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE, SEPERATED WITH AN INSULATING BARRIER. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED IN SMALL GENERATORS AND SUB-STATION. NON-SEGREGATED PHASE BUSDUCT

21. SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE, SEPERATED WITH AN INSULATING BARRIER. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED IN SMALL GENERATORS AND IN SUB-STATION. NON-SEGREGATED PHASE BUSDUCT

22. NON-SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE WITH NO SEPARATION. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED TO CONNECT TRANSFORMER TO SWITCHGEAR, SWITCHGEAR TO SWITCHGEAR TIE.

23. NON-SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE WITH NO SEPARATION. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED TO CONNECT TRANSFORMER TO SWITCHGEAR, SWITCHGEAR TO SWITCHGEAR TIE.

24. NON-SEGREGATED PHASE BUSDUCT ALL PHASE CONDUCTOR IS IN SAME ENCLOSURE WITH NO SEPARATION. ENCLOSURE IS GENERALLY MADE OF STEEL. MAINLY USED TO CONNECT TRANSFORMER TO SWITCHGEAR, SWITCHGEAR TO SWITCHGEAR TIE. FLEXIBILITY D BUSDUCT CAN OFFER DIRECTIONAL CHANGES UTILIZING ELBOWS. EFFICIENY C BUSDUCT HAVE LOW LOSS AND BETTER RELIABLILITY OVER CABLES. B TERMINATION CONNECTING BUSBAR WITH ANOTHER BUSBAR IMPROVES EFFICIENCY OF THE SYSTEM. A SPACE OVERALL SPACE OF OCCUPIED BY THE BUSDUCT IS LESS THAN TRADITIONAL METHODS. DISADVANTAGE Of busduct

25. DISADVANTAGE Of busduct NON-SEGREGATED PHASE BUSDUCT C LOW POWER FOR LOW LEVELS OF POWER BUSDUCT WOULD COST MORE THAN CONVENTIONAL CABLE. B INSTALLATION INSTALLATION OF BUSDUCT REQUIRES TIME AND PRECISSION. A ENVIRONMENT THE ENCLOSURE AND ELECTRICAL CONNECTION ARE VULNERABLE TO MOISTURE AND DUST.

26. C LOW POWER FOR LOW LEVELS OF POWER BUSDUCT WOULD COST MORE THAN CONVENTIONAL CABLE. B INSTALLATION INSTALLATION OF BUSDUCT REQUIRES TIME AND PRECISSION. A ENVIRONMENT THE ENCLOSURE AND ELECTRICAL CONNECTION ARE VULNERABLE TO MOISTURE AND DUST.

27. Evaluation and Feedback

28. Afshan Khan

29. Impromptu Presentation By Ambesh Singh

30. Evaluation and Feedback

31. Evaluation : Tushar Mahale

32. EXTRA-CURRICULAR ACTIVITY COMPREHENSION