1 year ago
# ebWzAa5MkkNunWzyExperimentDate: 10/28/24
Experiment Title: Comparative Analysis of Energy Sources for Blaster Power Cells.
Researcher: Tucker
Energy Sources Tested:
Ion Cells
Hyperbaric Crystals
Concussion Cells
Observations:
Ion Cells:
Initial voltage readings recorded at the start of the experiment: 12.0 V Current output measured: 5.0 A Duration of energy output until voltage dropped below operational threshold: 45 minutes Notable fluctuations in output: Minimal fluctuations observed; consistent output throughout the testing period.
Hyperbaric Crystals:
Initial voltage readings recorded at the start of the experiment: 12.5 V Current output measured: 6.0 A Duration of energy output until voltage dropped below operational threshold: 60 minutes Notable fluctuations in output: Stable output; slight drop in voltage noted in the last 5 minutes.
Concussion Cells:
Initial voltage readings recorded at the start of the experiment: 11.5 V Current output measured: 7.0 A Duration of energy output until voltage dropped below operational threshold: 30 minutes Notable fluctuations in output: High initial output, but significant drops in the last 10 minutes. Analysis:Efficiency of energy sources compared: Ion Cells maintained a consistent output for 45 minutes, dropping to 3.5 V. Hyperbaric Crystals lasted the longest at 60 minutes, dropping to 4.0 V. Concussion Cells provided the highest initial current but only lasted 30 minutes, dropping to 2.0 V rapidly.
Conclusion:
Based on data collected, Hyperbaric Crystals are determined to be the most efficient energy source for blaster power cells in terms of longevity and output. However, Ion Cells remain the most practical for standard Clone Army use due to their balance of cost and efficiency. Concussion Cells may be suitable for specific situations requiring high burst power but are not viable for sustained engagements.
Signed: JRRS Tucker