eliakon wrote:Well we can at least put a stake in one of the persistent myths about E-Clips.
E-clips do not sort 0.1 GJ of energy and the Conversion Book 1 is not a 'typo' that is correctable from 1GW to 1GJ.
This is provable since we demonstrated that 10,000 Car Batteries is not 1GJ....thus what ever the 1GW was supposed to be it can't be 1GJ since that is not a valid solution.
It could be a value between 2GJ and 6.5GJ.
But it is not 1
I'm not convinced of this. 10,000 modern car batteries might have a total capacity far in excess of 1GJ, but CB1 was printed in 1993 and we have no idea how old of a statistic Kevin used when he decided to use 10,000 car batteries in the power description. In a previous thread (which I can't find right now), I found a graph that showed how car batteries improved over time and based on that graph, if we used car batteries from the 1970's or early 1980's, the combined capacity of 10,000 batteries would be in the ballpark of 1GJ. I apologize for not being able to find that graph now. I will continue to look for it.
However, given Glitterboy's interpretation of GW in the context of energy storage, which is consistent with how I've heard other folks talk about the same subject, then this discussion doesn't need to go any further. 1GW without qualification assumes 1 second. Therefore, 1GW * 1 sec = 1GJ = 10 e-clips which means 1 e-clip has a capacity of 0.1GJ or 100MJ.
I find either of the above paragraphs sufficient to disagree with your assertion that 100MJ must be wrong.
But really, I don't think it matters much. Pick whatever number you want and I can calculate how long it takes for a particular power source to produce that much energy. All the starting number does is scale the time up or down.