I make my 2 wind power generators at home and you will need
a generator, blades battery and inverter.
I use them to power my lighting along my balcony.
Actually I got the infomation from http://www.makewindpowerathome.com. Thats where I got my blade designs from and learnt how to wire it up.. Its saving me some good money :)
Are thermoelectric generators and coolers just the same in their structure?
Essentially yes, though I'm not sure the components in a TE cooler are designed for it to work as a thermoelectric generator. I suppose it's worth a shot
A TE cooler is, in theory, just a thermocouple, where the current is forced to run in the opposite direction; this causes one end to become warm and the other end to cool. The major difference is how the unit is designed to handle heat flow, which is why such a cooler may not work as a thermal pile.....
How does one find the number of generators of a cyclic group?
The number of generators for a cyclic group of order n is φ(n).
φ(n) denotes Euler's phi function, which counts the number of positive integers up to n which are relatively prime to n.
(i) φ(ab) = φ(a) φ(b) if gcd(a, b) = 1
(ii) φ(p^n) = p^n - p^(n-1) if p is prime.
1) There are φ(8) = 2^3 - 2^2 = 4 generators for a cyclic group of order 8.
2) There are φ(60) = φ(2^2) φ(3) φ(5) = (2^2 - 2) * 2 * 4 = 16 generators for a cyclic group of order 60.
I hope this helps!
How do you connect 2 basic generators together in series, to power a house?
I could give you a lot of techno speak to tell you why, but the bottom line is that it is totally impractical to wire them together. You can not syncronize them and that is manditory if they are connected together.
In any case, it would be in parallel, not in series. Since it is impractical, that is a moot point too.
A better idea is to split your house into two separate sections. One would be powered by each of the two generators. This is not that easy to do for most houses if you want 220v available. I will explain that in a minute.
If you only need 110v, you can connect one generator to each side of your breaker box's main lug. It is obviously critical to make sure you are totally disconnected from the power company's grid when you do this. If you are connected, it will cause a world of hurt. You must be sure about this.
Also be aware that the 110v output of the generator is probably not going to give you as much amperage as you expect. This is quite doable if you know enough about electricity to do it safely.
That is the practical answer. A purely theoretical one would be to partition your breaker box into two sections. Each section would be 220v, just like the power from the power company. One generator would power one section, the other would power the other section.
The reason that is not practical is that you cannot easily partition the breaker box. A breaker box has only one main bus for each side. For this to work with one box, it would have to have two main busses for each side. It is totally impractical for most uses. If it was really important to do this, a better idea would be to have two independent breaker boxes.
Each would be powered from the power company as normal. If you needed to go "off grid," you would disconnect each box from the power company and connect the one generator to each box.
This would allow you to use the maximum practical power from each generator and would be easy to cut over from power company to generator and back.
The drawback is that you need a much more complicated breaker box setup. Most people would find this impractical.
Again, it is critical to life and property that you know what you are doing and that you do it properly. This is not something to design yourself, especially if you think there was a way to connect them in series.
Are generators allowed at national parks in the United States?
The rules are set by the individual park superintendents, and can vary from one campground to the next. Here in Death Valley, there are generator hours in most of the campgrounds. You need to go to the individual park website (they all can be found at nps.gov -- unless you are looking at USFS or BLM recreation areas) and find out the rules at the particular park and its campgrounds.
there is an equivalent circuit diagram and other pictures on http://en.wikipedia.org/wiki/Electrical_generator
you could also just try google image.
energy from a genset can be lost to both heat and friction. Many electrical generators are powered by diesel engines. Generating plants that run off of petrol diesel emit sulfur dioxides, carbon, and other nasty junk into the atmosphere. Hydro generators (from dams) mess up the ecology of a river or lake and changes the geology of the surrounding area.