This is a new innovation. This slide is based on a new technology that can produce electricity with low effort. Here we use DC motor for initial power source. With the help of DC motor we ran a big motor in reverse that produce reverse electricity.

1. Project Presentation On
Sustainable Power
Generation For Textile
Supervisor,
Taslima Ahmed
Tamanna
Lecturer,
Dept. of Textile Engineering, BUFT.
Submitted By,
Kazi Nishat Mahmud 181-216-
801
Tanmoy Choudhury 181-240-801
Mir Ishtiakul Haider 181-248-

2. Contents
• Introduction : What & Why?
• Objectives
• Working Principle
• Materials & Methods
• Result & Findings
• Barriers
• Conclusion
• References

3. What
&
Why?
(Reff 1)
Electricity
Fuel End Product

4. Objectives
• To minimize the power
generation cost
• To reduce carbon emission
• To initiate sustainable power
generation in textile industry.

5. Working Principle
AC Motor
Dynamo Generator
(Basic theoretical principle)
+
-
Input
+
-
Output
Useable Free
Energy
(3500W)
1500W 5000W

6. Flywheel
Belt
Belt
Alternator
Motor
4 ´´ 8 ´´
10´´ 5 ´´

7. 3D Design

8. 3D Design

9. Materials & Methods

10. Materials
Motor
Flywheel Dynamo Capacitor
Pulleys & Belt
Relay
UC209 Bearing Fuse

11. Phase
Post
Processing
Unit
GND
GND
B1 B2 B3
External
Source
Motor Dynamo
Switch 2
Switch 1
100W
Grinder
100W 100W 800W
5KW
2HP
1500W
Central Circuit Diagram

12. Relay
𝑷𝑫
+
-
+
-
Input
𝑷𝑫
𝑷𝑬
Pole
N/O
N/C
Post Processing Unit
Circuit Diagram
PART I

13. Alternator
VCC
Fuse
+
Non Polarized
Capacitor
Post Processing Unit
Circuit Diagram
PART II

14. Result &
Findings
1.Power Generation
2.Power Distribution
3.Power Recycling

15. Result &
Findings
(Barriers)
• Resisting drag force
• Expensive materials
• Materials unavailability.
• Lack of proper lab facility

16. [1] M.R.R.A.T. ASM Monjurul Hasan, "Drivers and Barriers to Industrial Energy Efficiency," MDPI, p. 19,
2019.
[2] M. A. Kattimani, "Free Energy Generation Using Flywheel," Research Gate, p. 12, 2020.
References