Cocytus wrote:I've been going over the Michael January pages Oragahn and Cock-knocker have referenced above, and I have a question. Where does the quote on his power generation page "a single hyperspace jump requires more energy than an entire planetary nation would require in its history" come from? The bulk of his power figures are based on an interpretation of that quote as literal fact, which to me presents problems. If we consider such statements as these to be completely factual, without the aid of any quantifiable figures (as are given by Data's 12.75 billion gigawatt statement) then a Galaxy-class produces less that a terawatt, whereas the Defiant can reduce a planet to a smoking cinder, and the entire Imperial navy contains fewer than a thousand ships, all of which together coulnd't destroy an entire planet.
I apologize if this has already been trodden into the dirt. I'm new to this.
It's particularily funny in this case how the exact sentence changes from source to source. Check out SWTC, ST-v-SW.net or SDN, their version are all different.
We don't know what nations we're talking about (it's extremely vague), nor how long the hyperjump in question would have lasted.
What we can see is that the hyperjump reference is interpretated by SDN types as a "start up" energy expenditure.
It's a bizarre way to, once again, enhance numbers, in an universe, especially the EU, where it's not unusual to have hyperspace trips said to last days or weeks, even for Star Destroyers.
It's most absurd as well, since it would mean that even to achieve a microjump, the energy production would already be pointlessly enormous regardless of the distance.
Of course, I suppose it would be too obvious to think that the energy expenditure is the
total energy produced
over the whole trip, not just to enter hyperspace.
When you say your car burnt x galons of fuel for a trip between point A and point B, you don't pretend that all the fuel was burnt when you switched your engine on.
Working from Saxton's figure, x e21 J... say the trip lasts one day. That's 86,400 seconds.
Let's work from one million petajoules (e6 PJ).
We're left with 11.574 petawatts, or 2.76 megatons per second. This for a one day trip, based on Saxton's figure. It could go up or down from that figure by several orders of magnitude.
Now consider that the wording is supposed to present a formidable case, a great example of how much energy a Star Destroyer has been known to produce at some point. Think of it as a record.
From the reasoning above, such a record could only be achieved by producing as much energy as possible, for the longest time possible; In that case, imagine crossing the galaxy from tip to tip, this would be a good landmark to know the maximum energy produced by an ISD.