Primary Power Grid Specifications
Powergrid Output
1,375 MW
Capacitor Capacity
3,500 GJ
Capacitor Recharge Time
875 seconds
CPU Output
345 Tf
Amarr Empire Attack Battlecruiser - Class IV
1,375 MW
3,500 GJ
875 seconds
345 Tf
Based on naval vessel standards for high-power systems, the Oracle operates on a 3-phase AC distribution system at an estimated 6.6 kV - 11 kV for main power bus.
Using the formula: V = P / (√3 × I × PF)
Power (P): 1,375 MW = 1.375 × 10⁹ W
Assumed Voltage (V): 6.6 kV (6,600 V)
Power Factor (PF): 0.9 (typical for inductive loads)
I = P / (√3 × V × PF)
I = 1.375 × 10⁹ / (1.732 × 6,600 × 0.9)
I ≈ 133,900 A
I = 1.375 × 10⁹ / (1.732 × 11,000 × 0.9)
I ≈ 80,400 A
Higher voltage reduces current requirements and transmission losses through ship circuits. Remember that high current creates risk of fire when there's low voltage stock, but too much voltage stock and little stock current can damage equipment from under currents, find the optimal balance of operational efficiency, and keep the operating factors always over 0.9 to 1.0 (Security Posture star systems ring a bell here) aim at level 1.0
I = E / R
E = I × R
R = E / I
Where: I = Current (Amperes), E = Voltage (Volts), R = Resistance (Ohms)
P = V × I
P = V² / R
P = I² × R
Where: P = Power (Watts), V = Voltage (Volts), I = Current (Amperes)
I = Q / t
Q = I × t
t = Q / I
Where: Q = Charge (Coulombs), t = Time (seconds)
RT = R₁ + R₂ + R₃ + ... + RN
Total resistance is the sum of all resistances
Voltage Divider:
Vx = (Rx / RT) × E
RT = (R₁ × R₂) / (R₁ + R₂)
For two resistors in parallel
Current Divider:
I₂ = IT × (R₁ / (R₁ + R₂))
The capacitor recharges at peak efficiency around 25-35% charge level, following a non-linear recharge curve. Full recharge from empty takes 875 seconds (≈14.6 minutes).
Average recharge rate: 3,500 GJ / 875 s = 4.0 GJ/s
i = Im × sin(ωt)
e = Em × sin(ωt)
ω = 2π × f
Where: ω = angular frequency (rad/s), f = frequency (Hz)
Z = R + j(XL - XC)
Where:
XC = 1 / (ωC)
C = 1 / (ωXC)
Result in microfarads (μF)
Mass: 14,760,000 kg (14,760 metric tons)
Volume: 234,000 m³
Cargo Capacity: 500 m³
Maximum Velocity: 200 m/s
Warp Speed: 3.5 AU/s
8 Turret Hardpoints
For Large Beam/Pulse Lasers
3 Module Slots
Tracking/Range enhancers
6 Module Slots
Heat sinks/Tank modules
The Oracle features 95% reduction in Large Energy Turret powergrid requirement and 50% reduction in activation cost, allowing unprecedented laser battery firepower.
However, defensive systems are minimal - the ship relies on range and firepower over durability. Optimal engagement range: 60-250 km.
6
65 km
220 mm
Radar Sensors: 18 points
Signature Radius: 210 m
Uses Amarr radar-based targeting systems for precision long-range fire control.