Ppt on design of aeroleaves

1. DESIGN AND FABRICATION
OF AEROLEAVES
• GROUP MEMBERS
19- PRITAM GUCHHAIT
31-PRATHAMN MAKWANA
48-RAYAN PEREIRA
PROJECT GUIDE:-
PROF . VINAY PATEL
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2. PRESENTATION OUTLINE
• INTRODUCTION
• OBJECTIVE
• LITERATURE SURVEY
• DESIGN OF MODEL
• VISUALS
• CONCLUSIONS
• REFERENCES
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3. INTRODUCTION
• This project is to design and manufacturing of a Vertical Axis Wind
Turbines (VAWT).
• To transfer the wind speed to a rotational motion using VAWT.
• These turbines will be attached to a manufactured tree that will look
like a Modern Wind Tree Turbine.(MWTT)
• Low wind speed (4.5 - 9 m/s) start-up, working with any wind
direction
• An actual of gained power is reported to be 31-35% relative to the
theoretical gained power due to the instability and inefficient
of the wind speed.
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4. OBJECTIVE
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• Learn about wind energy and different ways of convert to a
useful power.
• Design & Manufacture light weight wind tree turbine.
• To gain maximum power from wind and utilize wherever it is
applicable.

5. LITERATURE SURVEY
Sr.
no
Name of all authors Journal/book/
article details(name
,volume,page
number)
Year of
Publication
Outcome of the work
1 • Dr Gopinath
• B Sowndarya
• NandhiniPriya
Wind Tree Turbine
Energy Conversion
System(Vol. 6, Issue
3)
MAY 2020 Wind energy was used to generate electricity by
using aero leaves.
2 • Sri Ragunath
• JitendraPandey
Low Speed Wind
Turbines for Power
Generation
MAY2019 Wind energy rotatesthe aero leaves turbines and
thus the energy is generated. The aero leaves
turbine was unaffected by the rate of flow of wind.
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6. 3 • Shaikh Mehfuz
• Siddiqui Fateh
• Mohammed Anees
Study of
Application of
Aero-Leaf
Wind Turbine(Vo
lume: 07 Issue:
07)
July 2020 It explains to explain in detail
about all the parametersinvolved
in an efficient aero-leaf
wind turbine to generate
electricity in public spaces.
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7. DESIGNOF MODEL (4 BLADES)
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1a. TOP VIEW
1b. SIDE VIEW

8. 19-10-2022 8
1c. FRONT VIEW
FINAL DESIGN
OF BLADES OF
AEROLEAF

9. DESIGNOF MODEL (2 BLADES)
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2a. BOTTOM VIEW
2b. TOP VIEW

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2c. FRONT VIEW
LOWER PART
OF AEROLEAF

11. 3a. TOP VIEW
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3b. SIDE VIEW
SOLIDWORKS MODEL OF TREE

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3c. FRONT VIEW

13. VISUALS
SR NO PARTS FUNCTION
1 ELECTICAL GENERATOR Converting the rotating speed to an electrical power
2 TURBINE CONTROLLER Controlling the speed of the turbine
3 BATTERY Used to store the power and release it when it is needed
4 FUSE It stops the flow of electrical current when it is overloaded
5 CONVERTER Converting DC current TO AC current
6 CONSUMPTION READING Reading the battery percentage
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14. CONCLUSIONS
• This Project highlights the topic for Proper framework and design of aero
leaves.
• We can generate a good amount of electricity and this will help to
reduce load on main supply division and save money.
• The idea of making use of which is already is use instead of occupying
new space will help the city or urban areas in future.
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15. REFERENCE
•1a,1b,1c,2a,2b,2c,3a,3b,3c- SOLIDWORKS
• googlescholar.com
•Scihub
•Science direct
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