Today's Response From Trojan
GC 220 batteries Antimony percentage FIVE POINT ZERO PERCENT has not changed in seventy years for cyclable 3 and six cell batteries OFF TOPIC: Weight of flooded Rolls & Surrette GR...
Forum Discussion
Incidental voltage drop in the Borg is of zero consequence. Charge leads are too short. Differential values are too small and intrinsic ascending charging resistance allow for a volt drop limit in excess of what is in the Borg.
Factor
CEF vs E on a sliding scale E being voltage present within the battery.
Wattage differential is another key and it is crucial to not try and exceed practical limits. Also factored as an element of CEF equation. In short, amperage is absolutely constrained by voltage peak limit. A graph can be created showing ampacity in relationship to percentage of battery percentage full. The graph must be temperature compensated. A software program with A to D input would be most useful.
However calculate voltage drops using a differential percentage value. Thus a .2 drop at 14.6 volts is of less significance than the same expressed value at 12.2 volts. A Restrained Differential.
Excess energy is reflected in thermal gain. Degrees celcius per hour gain is yet another factorial that must be adhered to.
Factor
CEF vs E on a sliding scale E being voltage present within the battery.
Wattage differential is another key and it is crucial to not try and exceed practical limits. Also factored as an element of CEF equation. In short, amperage is absolutely constrained by voltage peak limit. A graph can be created showing ampacity in relationship to percentage of battery percentage full. The graph must be temperature compensated. A software program with A to D input would be most useful.
However calculate voltage drops using a differential percentage value. Thus a .2 drop at 14.6 volts is of less significance than the same expressed value at 12.2 volts. A Restrained Differential.
Excess energy is reflected in thermal gain. Degrees celcius per hour gain is yet another factorial that must be adhered to.
