Welcome to Engineering TV, an online video program by engineers for engineers! Focused on technical B2B engineering topics, Engineering TV covers emerging technologies, best practices, new products, the latest developments, behind-the-scenes footage, and insights into the people at the forefront of design engineering. Search hundreds of engineering videos by topic or by channel. New episodes every Monday through Thursday!
Topics:    Channels:


Syndication

Engineering TV

Axial Flux Technology for Wind Turbines

Tom Bowker, CTO of Clean Energy Technologies, describes how their Axial Flux Permanent Magnet (AFPM) technology achieves better efficiencies in wind power generation and is able to produce more power at lower wind speeds due to coreless technology. Where traditional Radial Flux Permanent Magnets (RFPM) orient the magnetic flux outward from the shaft of the turbine, the Axial Flux Permanent Magnet (AFPM) technology works by orienting the magnetic flux along the axis of the turbine shaft. The ability of these generators to eliminate traditional cogging issues makes them ideal candidates for wind turbine applications. For more information, go to: Clean Energy Technologies.

AddThis Feed Button

Have a story suggestion? Want to be featured on Engineering TV?
Send us a tip at: EngineeringTV@Penton.com!

  • More than 150 Product Training Modules Online . . . On Demand® at Digikey.com
  • Comments

     

    Tobias said:

    Its an illusion that coreless is the only way to get rid of 'cogging issues' !

    Very little genius is required to imagine an alternator that keeps flux constant even with flux enhancing cores...

    Coreless inevitably is equal to poor utilization of the invested resources (magnets and coils)!

    Then there is the other question how much energy is there ever in low wind speeds?

    Is it worth under-utilizing the invested hardware when the wind picks up even if a bit of 'cogging' was present?

    15 minutes of a wind that breakes loose a cogging alternator may be energetically worth a day of loosly turning 'fluxless' low wind alternators...

    June 17, 2009 2:56 AM
     

    khanderao bhagwat said:

    dear friend                                                   18 th June,09

    if you use slight 1% of iron dust in core center there huge gain in flux with hardly cogging. but you have to get few trial to arrive at exact %age.

    June 18, 2009 7:59 AM

    Leave a Comment

    (required)  
    (optional)
    (required)  
    Add

    Brought to you by

    Machine Design Electronic Design Motion Systems Design MWRF Medical Design Medical Design Medical Design

    View By Channel >

      Educational    Vendor Submitted   Topics    User-Submitted