[Accessing Terminal...Granted]
[Welcome back to Allied Cognitive Technologies Laboratories]
[Accessing File: Project; Lambda Helium Cooler; Log 3]
The following trial is to stress test the coolant system under static demands. Emergency protocols met, powering up.
Test initiated. All systems: Green. Initiating start-up sequences.
Ingenuus power cell at five percent.
Creating power restriction, ten percent. Internal temperature, 1040 degrees and stable.
Starting helium compression; helium temperature: 4 Kelvin, internal pressure: 4 kPa. Gravitation disabled.
Reducing helium temperature... 3 Kelvin. 2.5... Lambda point achieved, beginning injection. Internal temperature: -125, coolant run-time: Continuous.
Heat sink temperature: 134.5 degrees.
Increasing power to six percent.
Lambda point maintained, continuing injection. Internal temperature: -115, coolant run-time: Continuous.
Heat sink temperature: 137.5 degrees.
Helium circulation ongoing. Internal pressure maintained.
Increasing power to seven percent.
Lambda point maintained, continuing injection. Internal temperature: -104, coolant run-time: Continuous.
Heat sink temperature: 141 degrees.
Helium circulation ongoing. Internal pressure maintained.
Increasing power to eight percent.
Lambda point maintained, continuing injection. Internal temperature: -95, coolant run-time: Continuous.
Heat sink temperature: 157.4 degrees.
Helium circulation ongoing. Internal pressure maintained.
Increasing power to ten percent.
Lambda point maintained, continuing injection. Internal temperature: -74, coolant run-time: Continuous.
Heat sink temperature: 169.8 degrees.
Helium circulation ongoing. Internal pressure fluctuating. Additional power diverted to vacuum systems. Pressure normalized.
Adjusting power restriction, fifteen percent. Internal temperature, 1554 degrees; fluctuation: 24 degrees. Maintaining current status.
Internal temperature rising rapidly, catastrophic failure immanent; deactivating systems.
Test complete. Purging system.
Test results conclusive, restrictions of power diversion cause system failure, fail-safes are essential for high-performance within the system. Helium became volatile under the extreme heat conditions in a static system. Extreme risk if used in combat systems, localized use advised rather than ship-wide. Variables become more difficult to control in a larger system, efficiency falls.
