Design renewable energy from solar and wind Hybrid energy model

Conclusively, extensive data is collected on wind patterns produced by vehicles on both sides of the highway. Using the collected data, a wind turbine is designed to be placed on the medians of the highway. Although one turbine may not provide adequate power generation, a collective of turbines on a

Project Title

Design renewable energy from solar and wind Hybrid energy model

Project Area of Specialization

Wearables and Implantable

Project Summary

Conclusively, extensive data is collected on wind patterns produced by vehicles on both sides of the highway. Using the collected data, a wind turbine is designed to be placed on the medians of the highway. Although one turbine may not provide adequate power generation, a collective of turbines on a long strip of highway has potential to generate a large amount of energy that can be used to power streetlights, other public amenities or even generate profits by selling the power back to the grid. This design concept is meant to be sustainable and environmentally friendly. Additionally, a wind turbine powered by artificial wind has a myriad of applications. Theoretically any moving vehicle can power the turbine such as an amusement park ride. The highway wind turbine can be used to provide power in any city around the globe where there is high vehicle traffic.

Project Objectives

The motivation for designing a highway wind turbine is to contribute towards the global trend in wind energy production in a feasible way. Wind turbines are traditionally employed in rural areas, the goal of this project is to design a wind turbine that can be used in cities. In particular, the turbines will use the wind draft created by vehicles on the highway to generate electricity. The idea is to offset the amount of pollution created by burning fossil fuels by introducing a potential source of clean energy. Where Solar is mounted on top of wind turbine tower to capture sun energy, in case of no car power will be generated from sun.

Project Implementation Method

 The wind turbine should have as little negative impact on the placement location as possible.wind turbines are traditionally used in remote locations.this offers the additional challenge of having to transport the power generated to the location where in it will be utilized.fortuntely the wind turbine in this project is designed for use in high traffic areas where the demand for power is high.The turbine must be placed in high traffic areas therefore several safety provisions are incorporated into the design.These safety measures include stationary highway guards surrounding the rotating blades and warning labels . Highways appear to be a sufficient source of potential wind energy.The turbine must be able to store energy for use when there is low traffic. The design must be sustainable and environmentally friendly.

Benefits of the Project

This project is to recapture the wind from the highways. Since wind energy is very limited in nature . Highways vehicle provide sufficient energy to drive a turbine. The turbine will be in the median to fluid flow from both sides can drive the turbine. The existing streetlights can be charged using these turbine. However solar energy (PV)is a backup plan if the wind is not flowing. The system design will switch from solar to wind on mathematical model.

Technical Details of Final Deliverable

 In this project we fixed a small generator.if we fixed the big generator the energy capacity can grow 2-We fixed in this design a gear system 3 The energy can also depends on the size of blades

Final Deliverable of the Project

HW/SW integrated system

Type of Industry

IT

Technologies

Internet of Things (IoT)

Sustainable Development Goals

Affordable and Clean Energy

Required Resources

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