Research Project Proposal powerpoint.pptx

In these days, vehicles are widely used in transportation services. Most of transportation vehicles are made with diesel engines and petrol engines. But there are a lot of disadvantages in these engines. Both of diesel engines and petrol engines can emit a lot of carbon dioxide (CO2). Diesel engines can emit nitrogen oxides. Emitting a lot of CO2 gases can contribute air pollution and case respiratory problems in urban areas. Both of engines can produce vibration due to the compression and combustion process. Higher fuel prices also are a disadvantages of diesel engines and petrol engines. Another point is diesel and petrol are not renewable energies. According to these disadvantages, we must need to replace them with electric vehicles.
In the early 21st centuries, most of government have been started to replace with electric vehicles (EVs) instead of vehicles which used diesel engines and petrol engines. The first electric vehicles were invented in the late 19th century but there were limited in batteries technology to widely use in urban areas. In 2000s, lithium-ions batteries started to replace older batteries. In 2010s, electric cars were widely used in Asia and Europe for delivery services. Now a day, electric vehicles are using in everywhere for various pervious but we can’t see that electric cargo trikes aren’t yet widely used in industries and construction sites.
In this project, I am going to build electric cargo trike for agricultural and multipurpose by using all of my former knowledge Fluid mechanics, Mechanical principle, Virtual Engineering

1. Research Project Presentation Lwin Bhone Aung 9.9.2024

2. Contact Introduction Main components Objective Block diagram Methodology Estimation Conclusion 2

3. Introduction Environmental Impact : Diesel and petrol engines contribute to air pollution and health problems. Economic Disadvantages : High fuel prices and reliance on non-renewable resources. Shift to Electric Vehicles : Governments are promote EVs due to environmental concerns. Project Goal : Build an electric cargo trike for agricultural and ing multipurpose use.

4. Literature reviews Frame Battery Electric Motor 4

5. Literature reviews Wheel Tires Controller 5

6. Objectives T o design and develop an environmentally friendly electric cargo trike To improve a drivetrain and motor system which can provide sufficient amount of power and torque To design a strong and lightweight frame To select a high performance and cheap cost lithium-ion battery To reduce the reliance on fossil fuels and carbon emissions To select appropriate type of tires and wheels 6

7. Block diagram 7

8. Methodology Internet resources, reference books, and YouTube videos. Discussions with technicians and classmates. Internship in a workshop to learn welding and joining techniques. Visits to electronic stores for motor and battery prices. AutoCAD and SolidWorks for trike design. Excel for calculations. Study of electric motors, controllers, and material properties from reference books. 8

9. Estimation 9

10. Conclusion 10 Reduces pollution and fuel costs. Suited for agriculture, industry, and rural areas. Focuses on durable and affordable design. Supports global efforts for clean energy.

11. Thank you