Design and Fabrication of Hybrid (Solar-Wind) Power Generation with Dual Axis Solar Tracking System.
•
0 likes•15 views
Presentation at the Nigerian Institute of Mechanical Engineers Conference and 35th Annual General Meeting. Being the project presentation and exhibition at the Patrick Andrew Engineering Innovative challenge proffered to solve the Energy problem in Nigeria. By Abisoye Akinloye and Ayanwole Iyanuloluwa. (The winner of Patrick Andrew Engineering Innovative Challenge) #sunwin #engineering #innovation
Recommended
More Related Content
Similar to Design and Fabrication of Hybrid (Solar-Wind) Power Generation with Dual Axis Solar Tracking System.
Similar to Design and Fabrication of Hybrid (Solar-Wind) Power Generation with Dual Axis Solar Tracking System. (20)
Recently uploaded
Recently uploaded (20)
Design and Fabrication of Hybrid (Solar-Wind) Power Generation with Dual Axis Solar Tracking System.
- 2. What birth the Innovation PatrickAndrewEngineeringInnovationChallenge Vulnerability is the birthplace of innovation, creativity and change Brené Brown 2
- 4. Our Team Abisoye Akinloye Robotics Software Developer Ayanwole Iyanuloluwa Engineering Model Designer PatrickAndrewEngineeringInnovationChallenge 4
- 6. 6 Introduction PatrickAndrewEngineeringInnovationChallenge Energy of various kinds is essentially needed. There is high demand owing to the population increment and developing economies. However, necessitated improvement in its production.
- 8. 8 Objectives PatrickAndrewEngineeringInnovationChallenge • Innovation solving environmental challenge from greenhouse gases. • Generate electric power, operational at all times. • Harvest solar maximum solar energy (Energy wastage addressed).
- 9. 9 Methodology PatrickAndrewEngineeringInnovationChallenge • Rechargeable lithium ion Battery • Motor (servo Motor) • 6V panel • 2V generator (turbine) • Boost converter • Diode • Arduino uno • PVC pipe, electric motor • DC 12V, 5W Bulb
- 15. 15 Results PatrickAndrewEngineeringInnovationChallenge • Generated direct current of 12v, ~8000mA. • Efficiency was 30-60% greater compared to a fixed array of panels.
- 18. 18 Recommendation PatrickAndrewEngineeringInnovationChallenge • Incorporation of a self-cleaning mechanism. • Standalone vs Grid collection using charge controller and inverter. • Improvement in energy storage, turbine blade.
- 19. 19 Conclusion PatrickAndrewEngineeringInnovationChallenge The hybrid (solar-wind) is promising due to the widespread of renewable energy.