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Faiz Ur Rehman
Lets make this world a better place (Project Leader)
 · LahorePakistan
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Here is the update report on this project

  • Methodology for power generation selected.
  • Mechanism designed
  • Modelling of harvester ready
  • Current step—>Working on calculation.
  • Next step---->Researching on source to make system continuous
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Faiz Ur Rehman
Lets make this world a better place (Project Leader)
 · LahorePakistan
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no, those are not only cause we have inertial part too. th energy is required to keep the flywheel rotating this is the main issue, so we need to compensate inertial loss to make system work what can we do here please think and share

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Ajitesh Mahapatra
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I guess you haven’t clearly understood what I am trying to imply. See, your flywheel will stop spinning only when it encounters some resistance. The loss of inertia is only when there is some form of resistance(recall Newton’s first law). Now I am not saying that you will end up creating a perpetual machine that can run forever. No. It could be more like a generator which can store energy when available and can be used to run something else when the main power source isn’t working for it. And yes, running it in a vacuum chamber would be the best bet to reduce the effects of air resistance to a great degree. That would perhaps be your biggest challenge to do.

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Anand Chapla
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Dear…i think no one farmer in India is afford battery power in farmer become it coatly and in India farmer are only interested in terminate things if our product are so complicated that mince it’s not profeet for farmer and in rare case our product have any problems then who can fix this … everybody is not as an innovative life…as this all of probleme we think some free energy source …and I expect that it’s work way and it’s running and mantan cost are also low

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Ajitesh Mahapatra
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Honestly speaking, something similar to this concept has already been made and used(Check flywheel batteries/generators) and a few companies like Toyota and NASA have already done a fair bit of research and prototyping on it. The only benefit this thing has is the low maintenance cost and longer life. It is touted to replace conventional batteries if the product is successful in functionality.

So, first of all it isn’t a ‘free energy’ concept. There is some form of input energy required to move the flywheel and this is the energy it can store and be put to later use as a ‘generator’ in all likelihood.

Second, if providing continuous input would be a problem, you can think of using it as a generator only, where the input could either be from some existing used energy source(like electricity) or it can be miniaturized, powered by your own motion(walking, cycling or any form of exercise) and used as a small charging device for your smaller electronic devices. That I guess would be the best way to use this device. 😄

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Steven Reubenstone
Mechanical Engineer & Collaborizm Mentor. Join our iOT Hackathon!
 · New YorkU.S.
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“working on calculation. Want target energy output to be 400 watthour. so revers engineering it to find specs of flywheel and pendulum”

Do we know if our pendulum is capable of this.

Can you also remind me what is the SOURCE of the energy?

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Faiz Ur Rehman
Lets make this world a better place (Project Leader)
 · LahorePakistan
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The basic source is gravity. When pendulum is at max height its has potential energy as it swings PE changes to KE as a result inertia is produced, this to and fro vibrational motion is converted into uni directional circular motion with help of a mechanism after which its stored in flywheel

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