fractalsponge1 wrote:The remaining 5e25W is either propulsion reserve (which considering this thing needs to be able to dodge fire is not unreasonable) or can be used to increase the rate of fire from the main guns.
Emphasis added. Maximum power to weapons is still limited in what it can do by the emitter (the turbolaser).
EDIT: I suppose I can revisit the calibers of the main battery, will have to do some new calcs based on the new reactor volume.
*Some new numbers*
Power, by reactor volume, ~ 3.3e26W. That's about 79,000 teratons per second.
Armament:
26 (13x2) 480-teraton superheavy turbolasers
192 (48x4) 170-teraton heavy turbolasers
320 (40x8) 40-teraton heavy turbolasers
56 (14x4) heavy ion cannons
108 anti-ship heavy missile tubes
57920 teratons + heavy ion cannon + missiles
Energy-weapon alpha:
26x480-teraton HTL, 176x170-teraton HTL, 320x40-teraton HTL, 48 heavy ion cannon, total = 55,200 teratons+heavy ion fire. (if ion cannon ~ 200 teratons, then total = 64,800 teratons/volley)
Optimum arc (dorsal forward):
18x480-teraton HTL, 136x170-teraton HTL, 192x40-teraton HTL, 48 heavy ion cannon, total = 39,440 teratons+heavy ion fire. (with ions, ~49,040 teratons/volley)
As for the lighter weapons, based on a rough estimate:
736 (184x4) 200-gigaton medium turbolasers/medium ion cannon
6272 (1568x4) 6-100-megaton light turbolasers/light ion cannon/point defense guns
The tricky bit is how to calculate the power for the heavy ion cannons, which I have no idea about. But if you assume a ~200 teraton/shot rating, then the quad turrets would take up 11,200 teratons worth in total, bringing total primary weapon power output to 69,120 teratons/volley, ~2.9e26J. So, power reserve (if every gun is firing once/sec) is ~5e25W (~12000 teratons/sec). But really, every weapon on the ship isn't necessarily going to be firing all the time a whole lot, so assuming that the optimum fire arc is used, then this ship should be able to throw out one dorsal arc alpha every 0.62 seconds, or throw a 49-petaton volley every second and still have over one third power left in reserve for engines at the same time (~1200g).
EDIT
Alternatively, keep the 480s, and increase the medium battery to a 210-teraton caliber (equal uprating from ISDI as the 40s are from the 32s on an ISDII), and call the armament equal to the reactor output. Ex post facto, but very neat:
Armament:
26 (13x2) 480-teraton superheavy turbolasers
192 (48x4) 210-teraton heavy turbolasers
320 (40x8) 40-teraton heavy turbolasers
56 (14x4) heavy ion cannons
108 anti-ship heavy missile tubes
65600 teratons + heavy ion cannon + missiles
Energy-weapon alpha:
26x480-teraton HTL, 176x210-teraton HTL, 320x40-teraton HTL, 48 heavy ion cannon, total = 62,240 teratons+heavy ion fire. (if ion cannon ~ 200 teratons, then total = 73,440 teratons/volley)
Optimum arc (dorsal forward):
18x480-teraton HTL, 136x210-teraton HTL, 192x40-teraton HTL, 48 heavy ion cannon, total = 44880 teratons+heavy ion fire. (with ions, ~54,480 teratons/volley)
As for the lighter weapons, based on a rough estimate:
736 (184x4) 200-gigaton medium turbolasers/medium ion cannon
6272 (1568x4) 6-100-megaton light turbolasers/light ion cannon/point defense guns