Plug-In Wind Power!

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Featured in Popular Science alongside GE and Google on products that they see as game changers: www.popsci.com Fast Company Magazine has this to say about the Jellyfish: wwwind powerany.com Jellyfish Wind Power Concept: What if you could plug renewable wind energy into the wall just like a blender or a toaster? Instead of using power, a wind appliance actually generates it! For more details visit: www.clariantechnologies.com Smart-Grid Enabled: With onboard Wi-Fi/wimax the Jellyfish is also smart-grid enabled. Today, wind and solar-powered homes are operated as autonomous points within the local electrical grid. However, they are an overlooked, yet important electrical power resource. If instead, each were harnessed collectively and tied interactively with the local utility grid as a Point-to-Grid (P2G) power generator, or even regulator, considerable economic, environmental and system reliability benefits are possible. By itself, each of these power sources is indeed small in its impact on the power system. In the aggregate, however, the economic value of P2G power is significant, more than enough to offset the initial cost of installing the required control hardware and integrating these systems with the local utility grid. Equally important, the necessary regulatory and energy distribution infrastructure, and hardware components to enable a number of different types of P2G-based systems are already in place today. The convergence of existing distributed electric power

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22 Responses to “Plug-In Wind Power!”

  1. clayco — March 19, 2010 @ 8:18 am

    At the 45 second mark on video, the unit running is wobbling. If that is a new unit, and wobbles when running, how long is it expected to last, or am I just being too observant?

  2. Bambooben — March 19, 2010 @ 9:16 am

    Looking on the website for 10 sec. will tell you it has safety features that allow it to shut off the power when it detects an outage.

  3. davevanden1 — March 19, 2010 @ 9:55 am

    when the power is off does this still pump mower into the grid or does it disconnect?

  4. pacificcresttrans — March 19, 2010 @ 10:00 am

    Nice video there on wind power! Wind power is the future and with places like Texas and Massachusetts leading United States in wind power, very soon power or electricity will be harnessed with the power of wind. Transformer company, Pacific Crest Transformers manufactures liquid-filled distribution transformers…It also offers many other energy-efficient transformers for the wind energy sector.

  5. peepsrock21 — March 19, 2010 @ 10:54 am

    It only costs $400! That is a bargain!

  6. peepsrock21 — March 19, 2010 @ 11:50 am

    The jellyfish hits the markets next year

  7. ephg — March 19, 2010 @ 12:17 pm

    If the price is right I would buy two or three.

  8. oprenewableenergy — March 19, 2010 @ 12:37 pm

    Awesome! We are going to help you win this!

  9. farmology — March 19, 2010 @ 1:07 pm

    When can we buy one?

  10. TickleExpress — March 19, 2010 @ 1:37 pm

    Great design… congratulations on your media coverage, I hope you get the support you deserve to reach production. Great work!

  11. baw4327 — March 19, 2010 @ 1:53 pm

    Where can I get one? I have been thinking about this for about a year, but never had anyone to do a fun project like this.

  12. chadman98116 — March 19, 2010 @ 2:03 pm

    If I understood your question correctly, it turns out an AC induction motor can also be used as a generator. The wind in this case spins the motor FASTER than the motor’s synchronous speed (this is managed by an onboard controller) and thus generates electricity. Google around for more details on the principles involved. Also be sure to read the other comments and responses – you’ll find similar questions/answers related to the principles involved

    very best

  13. paulistheKillZone — March 19, 2010 @ 2:05 pm

    And if i didnt understand what you were saying. and instead you were talking about moving the motor yourself who would want to stand there making a motor turn?

  14. chadman98116 — March 19, 2010 @ 2:57 pm

    If you’d like more details on the submission, click on the more info link in the upper right panel

  15. wolih — March 19, 2010 @ 3:14 pm

    Perfect.

  16. chadman98116 — March 19, 2010 @ 3:25 pm

    Yep that’s correct – Tesla first discovered this. In the case of your blender you’d need to turn it at more than 3600 rpm, but here the motor is a slightly different configuration that runs at much lower RPM – but exact same concept.

  17. wolih — March 19, 2010 @ 4:11 pm

    But, does that actually work? i mean, If I turn my blender’s motor with a hand crank while it is plugged in will I be generating electricity? Or is this some idea to make that work.

  18. the43k — March 19, 2010 @ 4:24 pm

    When you get a website…. Please let me know

  19. zolkowski — March 19, 2010 @ 4:31 pm

    Thanks for the answer, and good luck on your project. :)

  20. chadman98116 — March 19, 2010 @ 4:46 pm

    slip and speed are managed by an oboard controller to maximize output and load, all at 50/60 Hz output, which is controlled by the grid

  21. zolkowski — March 19, 2010 @ 5:20 pm

    How do you get a right phase-angle and exactly 50/60Hz of frequency?

  22. peterlikestoeat — March 19, 2010 @ 5:22 pm

    if it works it would be a great idea.

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