(Page créée avec « • Drying of the electrolyte: Naturally, the water contained in the electrolyte evaporates a little. Valve regulated lead acid (VRLA) batteries promote its recondensation... »)
• Drying of the electrolyte: Naturally, the water contained in the electrolyte evaporates a little. Valve regulated lead acid (VRLA) batteries promote its recondensation, which reduces the need for additional distilled water (unlike open batteries). But, once the battery is charged, a supply of current initiates the electrolysis of the water with the formation of oxygen and hydrogen gas. In a VRLA battery, beyond a certain pressure, safety valves let the water escape permanently. This is problematic because topping up with distilled water is not possible.
+
*'''Drying of the electrolyte:''' Naturally, the water contained in the electrolyte evaporates a little. Valve regulated lead acid (VRLA) batteries promote its recondensation, which reduces the need for additional distilled water (unlike open batteries). But, once the battery is charged, a supply of current initiates the electrolysis of the water with the formation of oxygen and hydrogen gas. In a VRLA battery, beyond a certain pressure, safety valves let the water escape permanently. This is problematic because topping up with distilled water is not possible.
−
+
{{Idea|How to avoid it ?
−
How to avoid it?
+
*Avoid overloads: check the data sheets to ensure that the load currents and durations are not too high.
−
• Avoid overloads: check the data sheets to ensure that the load currents and durations are not too high.
+
*Avoid high temperatures: ventilate or insulate the battery room, leave space between each battery.}}
−
• Avoid high temperatures: ventilate or insulate the battery room, leave space between each battery.
Version actuelle datée du 25 mai 2023 à 12:42
Drying of the electrolyte: Naturally, the water contained in the electrolyte evaporates a little. Valve regulated lead acid (VRLA) batteries promote its recondensation, which reduces the need for additional distilled water (unlike open batteries). But, once the battery is charged, a supply of current initiates the electrolysis of the water with the formation of oxygen and hydrogen gas. In a VRLA battery, beyond a certain pressure, safety valves let the water escape permanently. This is problematic because topping up with distilled water is not possible.
How to avoid it ?
Avoid overloads: check the data sheets to ensure that the load currents and durations are not too high.
Avoid high temperatures: ventilate or insulate the battery room, leave space between each battery.
×
Erreur de saisie dans le nom du tutoriel
Vous avez entré un nom de page invalide, avec un ou plusieurs caractères suivants :
< > @ ~ : * € £ ` + = / \ | [ ] { } ; ? #
Connexion
Pas encore enregistré ? Créez un compte pour profiter de toutes les fonctionnalités du service !