Is a Self-Powered Vibration Generator Possible?

In summary, the conversation discusses the potential for self-powered vibration generators and the limitations due to the concept of perpetual motion. While there are devices that can harvest energy from the environment, they are not capable of generating the same amount of power as machines powered by fossil fuels or electricity. The conversation also mentions the possibility of creating these generators on a small or large scale, but the idea is ultimately dismissed due to the laws of physics.
  • #1
BillIsTheDill
17
0
I'm fascinated by the prospect of them, but I can't seem to find much information/progress online aside from like small sensors which aren't quite the same thing.

Has there been anything developed that is a self powered vibration generator? As in, it vibrates and then is powered by its own vibrations? Can these be made on a tiny scale? Large scale?
 
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  • #2
Comes too close to perpetual motion for me .

There are devices which come close though . For instance the common pendulum . Once initially activated only minute input of energy is needed to sustain . Problem is that a minute abstraction of energy will stop it as well .

There are of course many devices which can pick up stray power and then use it for some useful purpose - the self winding watch is most common example .
 
  • #3
vibratin generating vibration >> perpetual motion >> cannot happen

However, there is the possiblity of machines can harvest energy from their environment - animals and plants obviously do this;

However, the power generated by living things is very small compared to what machines powered by fossil fuels (combustion engines) or electricity (motors) can generate
 
  • #4
BillIsTheDill said:
Has there been anything developed that is a self powered vibration generator?

No, because that would be a free energy/perpetual motion machine, which violates the known laws of physics. Thread locked.
 

1. What exactly are self-powered dynamic systems?

Self-powered dynamic systems are systems that are able to generate and sustain their own energy without the need for external power sources. This can be achieved through various mechanisms such as energy harvesting, energy conversion, and energy storage.

2. What are the potential applications of self-powered dynamic systems?

Self-powered dynamic systems have a wide range of potential applications, including powering small electronic devices, sensing and monitoring systems, and even larger scale applications such as renewable energy generation and transportation.

3. How do self-powered dynamic systems differ from traditional energy systems?

Traditional energy systems rely on external sources of energy, such as fossil fuels or electricity, to power devices. In contrast, self-powered dynamic systems are able to generate and store their own energy, making them more self-sufficient and potentially more sustainable.

4. What are some challenges in developing self-powered dynamic systems?

One major challenge in developing self-powered dynamic systems is finding efficient and reliable methods of energy harvesting and storage. Another challenge is ensuring that these systems are able to operate effectively in a variety of environments and conditions.

5. What are the potential benefits of using self-powered dynamic systems?

The use of self-powered dynamic systems can lead to increased energy efficiency, reduced reliance on external power sources, and potentially lower costs. These systems also have the potential to be more environmentally friendly and sustainable compared to traditional energy systems.

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