Final Year Project Presentation Pitch Slides , Entitled : System Identification Of A Solar Maximum Power Point Tracking System For Dual Axis

1. ‘‘ System Identification Of A
Solar Maximum Power Point
Tracking System For Dual Axis
”
UDHEYA KUMARE & MOHD SYAFA’AD B.MOHD SAAD
56104316110 & 56104316115
Supervisor: Madam Noorazlina

2. Global Sustainability Project
▪ Effective action towards a safe and sustainable low-carbon and
climate-resilient energy system is essential to tackling climate change
and achieving the objectives of the 2030 Agenda
Based on this,
• How to utilize renewable energy effectively?
• How to model a prototype that full fills the
hybrid potentials of this project to meet the 17 SDGs?

3. Introduction
• Developing an Identity graph(ID Graph) based on the results
obtained using maximum power point tracking by contemporary
and conventional methods for Dual Axis solar system.
• If Photovoltaic (PV) array is fixed at one point, maximum power
generation is not possible. (As the sun constantly moves)
• Maximum Power Point Tracking (MPPT) devices are at better
efficiency than typical static solar models by at least 45%

4. Project Background
• Maximum Power Point
Tracking:
• Diagram : Basis of Project
Modelling.
• To enable Maximum
efficiency or output
voltage to be acquired by
the system.
• To attain Maximum Output
Voltage by using Arduino
Technology Tracking
system

5. Literature review
Author Title Summary Research Gap
Ahteshamul Haque Energy Technology
and Policy Research,
Volume 1(2014)
While modern
renewable energy is
expanding rapidly in
the electricity
generation sector
across the world,
comparable progress
has not occurred
with renewable
energy in the heat or
transport sectors
Progress for these
fields are greatly
encouraged.
(ie: renewable)

6. Literature Review
Author Title Summary Research Gap
S Z H Syed Jamaludin
et al 2018 IOP Conf.
Ser.: Earth Environ.
Sci. 140 012001
Challenges of
Integrating
Affordable and
Sustainable Housing
in Malaysia
Difficulty of
obtaining local green
products is expressed
in this conference
paper
Scarcity of local
green products

7. Basic Flowchart
(Operations)

8. Software
Testing-Initial
Results
Circuit Diagram
Prototype- Sketch
Up
Stimulation-Proteus 8

9. Circuit Diagram

10. Sketchup (Top view)

11. Sketchup (Lateral view)

12. Proteus 8

13. Testing procedures (Hardware)
Components
testing (continuity
test)
1
Coding testing
through software
(Arduino)
2
Output voltage
through Digital
Voltmeter
3

14. Graph of Results

15. Reference
1. Energy Technology and Policy Research, Volume 1(2014) by Ahteshamul Haque
2. Retrieved from
https://www.researchgate.net/publication/260077276_Design_and_Development_of_a_Low_
Cost_Solar_Tracker
3. Retrieved from
https://medium.com/@_marcos_otero/the-real-10-algorithms-that-dominate-our-world-e95f
a9f16c04
4. IOP Conference, A earth environmental Science journal, Abidin et al., (2013), Wallbaum et al., (2012),Goh
et al., (2015), Alias et al.,(2010), Chukwujekwu (2006)
5. Challenges of Integrating Affordable and Sustainable Housing in Malaysia, S Z H Syed Jamaludin et al
2018 IOP Conf. Ser.: Earth Environ. Sci. 140 012001
6. Retrieved from https://en.wikipedia.org/wiki/Maximum_power_point_tracking