The document proposes installing mini wind turbines on train coaches to generate electricity. It describes how wind energy is captured via wind turbine blades and converted to electrical energy through a generator. By placing vertical-axis wind turbines on train roofs, it is estimated that 1.515 kW of power could be generated per coach using lightweight aluminum blades, a small generator, stainless steel shaft, lightweight gears, and batteries to store the power. The innovative system would help minimize energy crises by harnessing the energy from moving trains.

1. ENERGY FROM MOVING TRAIN USING WIND TURBINE BY, B.KARTHIK KUMAR

2. INTRODUCTION WIND POWER: WIND POWER is the conversion of wind energy into a useful form of energy, such as using wind turbines to make electricity. HOW WIND ENERGY IS OBTAINED?... WIND MILL.

3. WORKING OF WIND MILL 1) FAN BLADES: WIND STRIKES THE BLADE AND MAKES IT TO MOVE. BLADES ARE MOUNTED ON THE HUB. 2) SHAFT: THE HUB IS MOUNTED ON THE SHAFT. SO WHEN BLADE ROTATES, THE SHAFT ALSO STARTS ROTATING. 3) TRANSMISSION GEARBOX: THE SPEED OF ROTATION OF THE SHAFT IS VERY SLOW AND IT IS NOT SUFFICIENT TO PRODUCE THE ELECTRICITY. TO INCREASE THE OUTPUT SPEED THE SHAFT IS CONNECTED TO THE GEAR BOX. 4) OUTPUT FROM THE GEARBOX: HERE OUTPUT IS OBTAINED FROM THE SMALL GEAR HENCE THE SPEED OF THE OUTPUT SHAFT INCREASES. 5) ELECTRICITY FROM THE GENERATOR: THE HIGH SPEED OUTPUT SHAFT FROM THE GEARBOX IS CONNECTED TO THE GENERATOR AND IT ROTATES INSIDE THE GENERATOR. IT IS HERE THAT THE ELECTRICITY IS PRODUCED.

4. INNOVATIVE IDEA: “PLACING A MINI-WIND MILL OVER THE ROOF OF THE TRAIN COACHES WILL GENERATE MORE ELECTRICITY WHICH IS USED FOR MANY PURPOSES”.

5. PROJECT LAYOUT:

6. PROJECT COMPONENTS: LIGHT WEIGHT ALUMINIUM BLADE SMALL WIND TURBINE GENERATOR STAINLESS STEEL SHAFT LIGHT WEIGHT GEARS LIGHT WEIGHT BATTERIES

8. CORROSION RESISTANCE - VERY HIGH

9. DIMENSION :

10. 1. DIAMETER-120 cm

11. 2. HEIGHT- 30 cm

13. RATED OUTPUT POWER: 3KW

15. HIGH CORROSION RESISTANCE

17. WEIGHT- 8 KG.

18. HIGH POWER TRANSMISSION

22. CONCLUSION: THUS BY INSTALLING THIS PROJECT, WE CAN GET ENORMOUS AMOUNT OF ENERGY. SO THAT WE MINIMISE THE ENERGY CRISES IN EACH PART OF THE COUNTRY. “SAVE ENERGY SAVE OURSELVES”

23. THANK YOU……….

25. QUALIFICATION: PURSUING 3RD YEAR B.E-MECHANICAL ENGINEERING

26. INSTITUTION: VELAMMAL COLLEGE OF ENGINEERING AND TECHNOLOGY.

27. E-MAIL ID: btkarthikkumar@gmail.com

28. COUNTRY: INDIA - STATE: TAMIL NADU - DISTRICT: MADURAI