Wind power transmission and distribution for street light project.pptx

Wind power transmission project.pptx
The Wind Power Transmission Project aims to harness wind energy effectively and transmit the generated power to the grid, addressing the growing demand for renewable energy sources. This project encompasses the design, development, and implementation of a comprehensive system for capturing, converting, and transmitting wind energy, with a focus on maximizing efficiency and reliability while minimizing environmental impact.

1. Wind power transmission and distribution for street light Project Member Ayush Tiwari Kshitij Singh Vivek Yadav Project Mentor Dr. Mukesh Baghel

2. Content Introduction Block Diagram Circuit Diagram Circuit Description Application Advantages Disadvantages Future Scope References

3. INTRODUCTION Wind turbines produce rotational motion; wind energy is readily converted into electrical energy by connecting the turbine to an electric generator. The combination of wind turbine and generator is some times referred as an aero generator. A step-up transmission is usually required to match the relatively slow speed of the wind rotor to the higher speed of an electric generator. Data quoted by some scientists that for India wind speed value lies between 5 km/ hr to 15-20 km/hr. These low and seasonal winds imply a high cost of exploitation of wind energy.

4. Block Diagram

5. Circuit Diagram

6. Circuit Description Wind Turbine: Converts wind energy into electrical energy. Rectifier: Converts the AC output of the wind turbine into DC. Charge Controller: Regulates the charging of the battery to prevent overcharging or deep discharging. Battery: Stores the electrical energy generated by the wind turbine. Inverter: Converts DC from the battery into AC, suitable for powering street lights. Street Lights: Receive power from the inverter and provide illumination. Distribution Panel: Controls the distribution of power from the battery to the inverter and the street lights.

7. Application It can be used in Automatic cut off time. It can be used in thick population area. Used in schools. Used in traffic area. Used in theatre. Used in power plant.

8. Advantages Simplicity in construction. Initial cost is lower than other sources of energy. Less running cost. Pollution free operation. Less maintenance. Power less is low. Extension is possible.

9. Disa dvantages Infrastructure and Space Requirements: Visual and Noise Impact: Maintenance Challenges: Bird and Bat Mortality: Regulatory and Permitting Challenges:

10. Future Scope Even though there is a rapid growth in the field of electronics gadgets one has to feed them properly to ensure 100% utilization. However, it is practical for a common man. The only source that remains unneeded until the end of human survival is manpower and with the help of this supreme power we over come the draw back of a common man too.

11. References 1. Principle of Electronics - V.K. Metha , S. Chand & Company Ltd 2. Electrical power System - Dr. S.L. Uppal Kanna publishers 3. Alternating current machines - M.G. Say ELBS Low – Priced Edition 4. Theory & Performance of electrical machines - J. B. Gupta S.K. Kataria & Sons Publishers 5. Machine design - R.S. Khurmi , J.K Gupta Eurasia publishing house 6. Power electronics

12. As we conclude, let's remember the potential of wind power in transforming our cities. By embracing sustainable energy, we can create a future that is brighter and more sustainable for generations to come. Conclusion

13. Thanks!