Want to make creations as awesome as this one?
Register now
Report content

More creations to inspire you

SLYCE DECK

Personalized

LET’S GO TO LONDON!

Personalized

ENERGY KEY ACHIEVEMENTS

Personalized

HUMAN AND SOCIAL DEVELOPMENT KEY

Personalized

CULTURAL HERITAGE AND ART KEY ACHIEVEMENTS

Personalized

DOWNFALLL OF ARAB RULE IN AL-ANDALUS

Personalized

ABOUT THE EEA GRANTS AND NORWAY

Personalized

Discover more incredible creations here

Transcript

Pathway to Electrification

Electric Motors

DC Motors

AC Motors

  • Energy created from the creation of a magnetic field
  • Uses alternating current
  • Two Varients
    • Synchronous
      • Motors rotation matches the supplied current
    • Induction (Most common)
      • Two electrical sub-assemblies, stator coils, and rotor
  • Advantages
    • Torque and speed control by altering the alternating current frequency
    • Efficient transmission of power along with large distances of wire
    • Variable current helps reduce overheating
    • High power output
    • Long lifespan and low chance of failure
    • Quiet
    • Smooth
    • Multiple phase varients
      • Single, three
    • Has the ability to direct power
      • Regen battery charging
  • Disadvantages
    • Slow responces to load changes
    • Requires invertor
  • Applications
    • Most commonly found in electric vehicles
    • High speed low torque

  • Power directly from DC power source
  • Two Varients
    • Brushes
      • The charge and polarity of brushes control the direction and speed
    • Brushless
      • Magnets mounted around the rotor
      • Specialize circuitry to control speed and direction
  • Advantages
    • Speed control
    • Produces high torque
    • Efficient
    • Fast response to load changes
    • Simple installation and maintenance
    • Suitable for small electronics (i.e. circuit boards, sensitive electronics)
    • Low electromagnetic interference
    • Cost-effective
    • Compact packaging
  • Disadvantages
    • Made up of multiple components
    • Single phase
    • High torque low speed
    • Prone to overheating
  • Applications
    • Used in smaller electric vehciles i.e. forklifts

Pathway to Electrification

Electric Motors

DC Motors

AC Motors

  • Energy created from the creation of a magnetic field
  • Uses alternating current
  • Two Varients
    • Synchronous
      • Motors rotation matches the supplied current
    • Induction (Most common)
      • Two electrical sub-assemblies, stator coils, and rotor
  • Advantages
    • Torque and speed control by altering the alternating current frequency
    • Efficient transmission of power along with large distances of wire
    • Variable current helps reduce overheating
    • High power output
    • Long lifespan and low chance of failure
    • Quiet
    • Smooth
    • Multiple phase varients
      • Single, three
    • Has the ability to direct power
      • Regen battery charging
  • Disadvantages
    • Slow responces to load changes
    • Requires invertor
  • Applications
    • Most commonly found in electric vehicles
    • High speed low torque

  • Power directly from DC power source
  • Two Varients
    • Brushes
      • The charge and polarity of brushes control the direction and speed
    • Brushless
      • Magnets mounted around the rotor
      • Specialize circuitry to control speed and direction
  • Advantages
    • Speed control
    • Produces high torque
    • Efficient
    • Fast response to load changes
    • Simple installation and maintenance
    • Suitable for small electronics (i.e. circuit boards, sensitive electronics)
    • Low electromagnetic interference
    • Cost-effective
    • Compact packaging
  • Disadvantages
    • Made up of multiple components
    • Single phase
    • High torque low speed
    • Prone to overheating
  • Applications
    • Used in smaller electric vehciles i.e. forklifts