1 2 Design Of An Electrical Traction System For An Electrical Scooter by PED Adrian Timbus Alex Marius Fogorosi Constantin Mihai Nicu Zsolt Istvan Sepa.

Slides:



Advertisements
Similar presentations
BSc Honours Project Introduction CSY4010
Advertisements

Electric Motors Ara Knaian. Human Power Line Shaft.
Gears 2 nd Period TED. What is a gear? A toothed mechanical part, e.g. a wheel or cylinder, that engages with a similar toothed part to transmit motion.
Power and Energy Systems By: Mauro Godinho Jenny Hamway.
2003 SMMA Meeting 1 The DynaMotor TM Electronic Brushless Repulsion Motor A Novel High Torque Brushless Repulsion Motor.
© 2002 Microchip Technology Incorporated. All Rights Reserved. 1 Motor Types Microchip Technology Inc.
Physics 12 Direct Current Motors. Joke of the day: An object at rest stays at rest and an object in motion stays in motion with the same speed and in.
AC/DC, Stepper Motors and Gearing CSC 338 – Robotics and Intelligent Agents Theodore Trotz.
CMPE 118 MECHATRONICS Solenoids, DC Motors And the fine art of Snubbing.
Logic-level outputs can’t drive a motor directly. Solution: Relays –Relays allow one circuit to switch a second circuit –isolates circuit from potentially.
Engineering H191 - Drafting / CAD Gateway Engineering Education Coalition Lab 3P. 1Autumn Quarter DC Motors Lab 3.
©2006 CSUC Institute for Research in Intelligent Systems Electric Generator June 13, 2006.
Micromouse Meeting #3 Lecture #2 Power Motors Encoders.
ACADEMIC PROJECT Week 1 – Introduction to Academic Project.
Why Switched Reluctance Motors?. Let’s Focus on 3 Motor Types AC Induction Brushless DC Switched Reluctance.
Electric Motors and Motion Control Ara Knaian. Motors Motors convert electrical energy to mechanical energy Motors make things move LINEAR ELECTROSTATIC.
Toyota Prius Study case.
0 Special-Purpose Electric Machines In addition to the types of machines we have studied so far, other types of special-purpose machines which operate.
Electrification of Conventional Vehicle and different Research Aspects Presented By: Saqib Jamshed Rind.
SRMs in HEV applications Comparison of electrical machines for HEVs.
BIT students, Spring20061 Project Organised Learning (POL) – 3: Getting started and Project Management Master of Science – 8 Semester (BIT-students) Lecturer:
Assignment of MM1: Group discussion Discussion within your project group: What are your goals and expectations to this project? What can you contribute.
Module 6 TED 356 Curriculum in Sec. Ed.. Module 6 Explain how teachers use standards-based curriculum to develop courses, supported by professional development.
THE MECHANICAL ASPECTS OF ROBOTICS
Introduction to CS Senior Design Project I / II Prof. Dr. H. Altay Güvenir.
Robot Swarm Work group : Ibrahem Batta. Emad Shakhshir. Supervisor: Dr. Ashraf Armoush.
Fearghal Kineavy 4 th Energy Systems Engineering – Electrical Stream Department of Electrical and Electronic Engineering, NUIG Supervisor: Dr Maeve Duffy.
Project management and planning Lars Peter Jensen.
1 PE-course Project Organised Learning (POL) Mm 3: Project Management Master of Science – Introductory Semester (E7 + M7 – Intro) Lecturer: Lars Peter.
GPAR Manar Anabtawi Mays Al-Haj Qasem Dr.Sufyan Samara Prepared by Supervisor Examiners Dr.Luai Malhis Dr.Hanal Abu Zant.
POWER ELECTRONICS AND DRIVES
ELECTRIC DRIVES INTRODUCTION TO ELECTRIC DRIVES. Electrical Drives Drives are systems employed for motion control Require prime movers Drives that employ.
CDT-412 Software Engineering Project Introduction Lecture Raluca Marinescu.
Power Management System Hardware Milestone: 0 Software Milestone: 0 Requirements: Interface with the existing bicycle battery voltage (35-40V typical)
 eCVT – Electronic Continuously Variable transmission  eCVT motors arranged in pairs (Toyota/Ford)  Complex power electronics activate speed and torque.
Shedrick Ross Advisor: Dr. Ho-Hoon Lee ET493.  Design components of the drivetrain  Transfer of power from the motor to the wheels  Choose appropriate.
الاسبوع الحادي والعشرون تطبيقات المبدلات Inverter Application تطبيقات المبدلات Inverter Application.
INTRODUCTION TO ROBOTICS Part 3: Propulsion System Robotics and Automation Copyright © Texas Education Agency, All rights reserved. 1.
BSc Honours Project Introduction CSY4010 Amir Minai Module Leader.
Topics Introduction Review: Principle of Operation of Electric Machinery AC machines Single phase induction motors Other special purpose motors Exercise.
Prepared by:- Chandan pathak ( ) Utpal rathod( ) Hitendra vyas( )
Stepper Motor – Types, Advantages And Applications
Fundamentals of DC Electric Machinery
AVTC Model Based Design Curriculum Development Project.
Presentation on. Presented by  The current which flows in only one direction is called DC current  Direct current is produced by such sources as batteries,
Inverter Assembly.
PE-course Project Organised Learning (POL) Mm 4: Project Management
Skills by stealth Introducing academic culture to low level
Voltage and Stabilization Signals The Resulting Distributed Control
Air Hockey Robot Students: Abdullah Ahmad & Moath Omar Supervisor:
Electric Rotary Actuators (motors)
What is a Motor?
Wen Cai Supervisor: Dr. Babak Fahimi December 04, 2015
Disaster Frontline Supervisor
Motor Drive Prof. Ali Keyhani. Modern Variable Speed System A modern variable speed system has four components: 1. Electric Motor 2. Power Converter -
Introduction to CS Senior Design Project I / II
Introduction to CS Senior Design Project I / II
Problem solving Strategies
ABOUT ME ….
Inverters Converting dc to ac
Inverters Converting dc to ac
BRAILLE PRINTER SUPERVISOR Dr. Nidal Farahat.
Master of Science – Introductory Semester Lecturer: Lars Peter Jensen
IT 318: M5 Motors: Questions IT M6.
Introduction to CS Senior Design Project I / II
Inverters Converting dc to ac
DCT-REES DC-HOME Working group
PRESENTATION BASED ON EMBEDDED SYSTEM. SUBMITTED BY MAMATA YADAV.
18 Special-Purpose Electric Machine.
Electric Machine Design Course
Presentation transcript:

1

2 Design Of An Electrical Traction System For An Electrical Scooter by PED Adrian Timbus Alex Marius Fogorosi Constantin Mihai Nicu Zsolt Istvan Sepa SUPERVISORS Ewen Ritchie Remus Teodorescu

3 Contents Introduction Theory P1 period P0 period

4 Introduction Why electrical scooter? pollution noise in towns future solution Who is the beneficiary?

5 What we need for the this project? skills Introduction knowledge equipements  scooter  electrical motor  supply  control system Scope of the project

6 Theory

7 Theory control Power converter MotorTransmission supply Driver’s command Wheel

8 AC Motors  induction motor  synchronous reluctance motor  switched reluctance motor DC Motors  DC brush motor  DC brushless Theory control Power converter MotorTransmission supply Driver’s command Wheel

9 Theory control Power converter MotorTransmission supply Driver’s command Wheel  DC/AC  DC/DC

10 Theory control Power converter MotorTransmission supply Driver’s command Wheel Supply – special battery for traction systems

11 Theory control Power converter MotorTransmission supply Driver’s command Wheel  speed control  torque control  both of them

12 Theory control Power converter MotorTransmission supply Driver’s command Wheel  direct transmission  gear transmission  belt transmission

13 P1 Period

14 P1 Period Planning Motor selection Battery selection Design of Control Strategy Weekly report Simulatio n Implement the Strategy Module report Supervisor meeting Test Practical Work P1 Report No Yes No Yes

15 P1 Period Time schedule 8 th. Oct. 15 th. Oct15 th. Nov 19 th.Dec Programming the controller and implement the strategy Choose motor and supply Control Stategy Design Practical Work and Documentation

16 P0 Period

17 P0 period  expectations  time schedule  analysis

18 P0 Period Expectations:  learn how to plan and split the job  learn how to organize a project  recognaize our background  learn how to work in team  find informations  share knowledge  how realize a documentation and presentation

19 P0 Period Time schedule Confusion Searching and reading informations Analyze the information and develop the main ideas Develop the project structure and writing P0 report 4 th. Sept.11 th. Sept.18 th. Sept.25 th. Sept.3rd.Oct. Weekly Report

20 P0 Period Time schedule 4 th. Sept. Confusion 11 th. Sept.  what project to choose  looking for classroms  solving accomodation problems

21 P0 Period Time schedule 11 th. Sept. Searching and reading information 18 th. Sept.  in the library  on the net

22 P0 Period Time schedule 18 th. Sept. Analyze information and develope main ideas 25 th. Sept.  selecting relevant information  sturcture information

23 P0 Period Time schedule 25 th. Sept. Develop the project structure and writing P0 Report 3 th. Oct.  develop the frame of the report  elaborate the P0 report

24 P0 Period Analysis  things we have done well  things we have to avoid  things we have to improve

25 P0 Period Things we have done well  everybody listen to each other  no problem with deadlines  split the job well  share information

26 P0 Period  using native language in group meeting Things we have to avoid Things we have to improve  using English to comunicate in group meeting

27 Any question and suggestion are wellcome!!!