Sugestion for a Electrical energy generation project

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Discussion Overview

The discussion revolves around suggestions for a final project focused on generating electrical energy, with an emphasis on exploring unique methods beyond common approaches like wind and hydroelectric power. Participants share ideas and considerations related to the project's feasibility and complexity.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant suggests creating a Stirling engine that utilizes waste heat from other engines.
  • Another participant inquires about the scale of the generator, asking if it needs to produce kilowatts or milliwatts, and proposes generating energy from vibration or omnidirectional acceleration.
  • There is a discussion about the concept of omnidirectional acceleration, with one participant explaining it as capturing vibrational energy from various directions.
  • One suggestion involves generating electricity from vehicle braking through regenerative braking, although its complexity is noted.
  • Concerns are raised about the cost and complexity of using MEMS technology for energy generation, with a preference for low-cost solutions.
  • A participant mentions that a vibrational electric generator could be built for under $100, although it may not be very efficient.
  • Participants express the need for a project that can be completed within a month, indicating a limitation on complexity.

Areas of Agreement / Disagreement

Participants express multiple competing views on the feasibility and complexity of various energy generation methods, with no consensus reached on a single approach.

Contextual Notes

Participants mention limitations regarding project complexity and time constraints, as well as the need for low-cost solutions. There is uncertainty about the applicability of certain technologies and methods discussed.

Who May Find This Useful

Students or individuals interested in electrical energy generation projects, particularly those looking for innovative and low-cost solutions.

Mano Jow
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Hello there,

I'm new in this forum so sorry if this is not the right session to post my question.

Well I'm taking a subject called Energy: Origins, Conversion and Uses (I guess this is the correct translation) and I need to do a final project which requires me to generate electrical energy.

The problem is that there are many students, so there are going to be many eolic and hydroelectric projects. That's why I and my crew wanted to do something different.

Would you guys have any suggestions? Anything would help a lot.

Thanks in advance.
Regards,

Mano Jow
 
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make a http://en.wikipedia.org/wiki/Sterling_engine" that runs on the waste heat of everyone else's engines. :D
 
Last edited by a moderator:
What's the scale of the generator? Do you have to make kilowatts or milliwatts? You could do something that makes energy from vibration or omnidirectional acceleration.
 
QuantumPion said:
make a http://en.wikipedia.org/wiki/Sterling_engine" that runs on the waste heat of everyone else's engines. :D

That's a nice idea... but I think we are going to be evaluated separately... I heard something about using plants, do you lnow this way?

Topher925 said:
What's the scale of the generator? Do you have to make kilowatts or milliwatts? You could do something that makes energy from vibration or omnidirectional acceleration.

The professor said nothing about the scale, but I think that if we can light up a lamp it's enough.

What is "omnidirectional acceleration"? I know the meaning but I'm not familiar with the phenomenon (if that's a phenomenon).

Thanks again!
 
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Omnidirectional basically means all directions. Think of something that vibrates a lot, like a car's engine, and then being able to capture some of that vibrational energy in any axis and turning it into useful energy (electricity). In doing so not only do you produce useful energy but you also decrease the NVH of the car which auto manufacturers make a big deal about these days.
 
Try generating/saving energy which normally gets wasted (Don't know if its applicable for your project) e.g. generation of electricity from vehicle braking (Regenerative Braking) which is normally dissipated as heat in the brakes.
 
Topher925 said:
Omnidirectional basically means all directions. Think of something that vibrates a lot, like a car's engine, and then being able to capture some of that vibrational energy in any axis and turning it into useful energy (electricity). In doing so not only do you produce useful energy but you also decrease the NVH of the car which auto manufacturers make a big deal about these days.

I see. I googled for it and found this:
http://www-mtl.mit.edu/~anantha/docs/journals/2001_meninger_vlsi.pdf
But it talks about that MEMS technology, which I'm not familiar with. Is that expensive? Because we are supposed to create a low-cost engine. Can I do it without spending hundreds?
Thanks a lot Topher.

bejoynp said:
Try generating/saving energy which normally gets wasted (Don't know if its applicable for your project) e.g. generation of electricity from vehicle braking (Regenerative Braking) which is normally dissipated as heat in the brakes.
Well, I guess that might work! What way of heat-to-electric energy conversion do you suggest? Can I use a stirling engine? I just need to check with the professor if I can use, for example, a vehicle engine or if I need to build it first. Thanks a lot!

Edit: I forgot to mention... We have like one month, and it's just me and a friend, so the project can't be something too complex!
 
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Mano Jow said:
Edit: I forgot to mention... We have like one month, and it's just me and a friend, so the project can't be something too complex!

That eliminates regen-braking then. Doing such a thing, even in simulink, is extremely complex. As for a vibrational electric generator you could easily build one for under $100. It may not be very efficient but it can certainly be done, and built within a month as well. You don't want to use MEMS technology though, that will get extremely expensive/not possible.
 
http://www.nistepkscience.com/Chemistry/9Electriccell.pdf
 
Last edited by a moderator:
  • #10
You guys helped a lot! I'll talk to my mate so we can decide which one we are going to do and start tomorrow.

Thanks a lot all of you!
 

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