This comment (for HG80) from mike wightman made me think a little ablut it:
So, a 50 dton,TL 15 PA bay (factor 5) needs 30 EPs and delivers 25 EPs if hitting a Black Globe, it has some logic some of the energy is lost.
Same happens in a factor 9 beam laser, that (being 30 weapons at TL13+) needs 30 EPs and only dleivers 9.
But what about single weapon turrets?
A single laser turret (Pulse or beam irrelevant in this case) at TL 13+ (factor 2) needs 1 EP, but delivers 2 EPs (there go thermodynamics laws)...
And, the extreme case, a single TL15 fusion gun turret (factor 5) needs 2 EPs, but delivers 10 EPs upon hitting a BG...
so efficient is the fusion of the beam in the FG turret?
But if this same fusion is a 50 dton bay, it again loses energy in the way, as it needs 20 EPs, but (being factor 9) it only delivers 18
The amount of EP is calculated as factor x single turret EP - which for the PA is the barbette and its 5 EP as per the example on page 42 of HG '80.
So, a 50 dton,TL 15 PA bay (factor 5) needs 30 EPs and delivers 25 EPs if hitting a Black Globe, it has some logic some of the energy is lost.
Same happens in a factor 9 beam laser, that (being 30 weapons at TL13+) needs 30 EPs and only dleivers 9.
But what about single weapon turrets?
A single laser turret (Pulse or beam irrelevant in this case) at TL 13+ (factor 2) needs 1 EP, but delivers 2 EPs (there go thermodynamics laws)...
And, the extreme case, a single TL15 fusion gun turret (factor 5) needs 2 EPs, but delivers 10 EPs upon hitting a BG...
so efficient is the fusion of the beam in the FG turret?
But if this same fusion is a 50 dton bay, it again loses energy in the way, as it needs 20 EPs, but (being factor 9) it only delivers 18
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