|Maintains the homogeneity of the electrolyte perfectly
+
|Maintains the homogeneity of the electrolyte perfectly.
−
|Limited peak current
+
|Limited peak current.
|-
|-
−
|Low self-discharge (1-3% per month)
+
|Low self-discharge (1-3% per month).
−
|Slow charging and discharging. (charge current limited to 5-10% of capacity)
+
|Slow charging and discharging. (charge current limited to 5-10% of capacity).
|-
|-
−
|Resists shocks and vibrations well because everything is well maintained inside |Cannot withstand high temperatures (loss of electrolyte in the form of gas - permanent effect)
+
|Resists shocks and vibrations well because everything is well maintained inside .|Cannot withstand high temperatures (loss of electrolyte in the form of gas - permanent effect).
|-
|-
−
|Longer life span/shelf life
+
|Longer life span/shelf life.
−
|Sensitive to overload (loss of electrolyte in the form of gas)
+
|Sensitive to overload (loss of electrolyte in the form of gas).
|-
|-
|
|
|High cost
|High cost
|}
|}
Version actuelle datée du 27 mai 2023 à 10:15
Gel batteries are a type of sealed battery / VRLA. In a gel battery, the electrolyte is gelled by adding silicate.
View the inside of a gel battery
Advantages
Disadvantages
Maintains the homogeneity of the electrolyte perfectly.
Limited peak current.
Low self-discharge (1-3% per month).
Slow charging and discharging. (charge current limited to 5-10% of capacity).
Cannot withstand high temperatures (loss of electrolyte in the form of gas - permanent effect).
Longer life span/shelf life.
Sensitive to overload (loss of electrolyte in the form of gas).
High cost
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