Apologies for late reply.
Before installing the panels I laid them out with no obstructions and measured the voltage at 21 volts as I recall. They were not hooked up to the controller as that requires connection to the battery prior to panel connection so I can't provide amperage from back then. Now to your question about the racks. I do leave them on and after checking I'm getting 20-21 volts at 10am in the southern CA desert so no issue for my use. When I first went live the controller listed amperage at 4 but now it's between 0 and 1. I'd assume the reason would be the controller is limiting the solar panel current as the battery is now charging in a float state. What puzzles me is if I check the amperage on the positive solar cable it mirrors the controller amperage. I would think the solar panel current would not be reduced upstream from the controller.
These are Amazon purchased breakers so keeping my fingers crossed they hold up. I checked the options you listed but with my wires cut for under the hood I didn't see any that would fit the location I'm using so will stick with these unless they prove unreliable.
Something that perhaps I'm overly concerned about though is the equalization stage the Renogy controller does every 28 days. The controller manual states that the battery should have no load on it during this 2 hour process. Having done this equalization process on the deep cycle batteries on our late 5th wheel trailer I was worried of the manuals "no load warning" and damaging my Jeep battery with a prolonged over charge. Now to get to what I found from Renogy and battery OEM, East Penn, both very helpful support.
) EP does not recommend equalizing AGM but if the max voltage is 14.6 or less it should be okay.
) Renogy stated the equalization can not be disabled or even reseting the day counter by powering off the controller. On the positive side if there is a load on the battery the controller will not start equalizing and the Jeeps alarm system when locked plus key fob receiver is a sufficient load. Finally the max voltage they use when equalizing is 14.6 volts so it seems I should be okay.
Before installing the panels I laid them out with no obstructions and measured the voltage at 21 volts as I recall. They were not hooked up to the controller as that requires connection to the battery prior to panel connection so I can't provide amperage from back then. Now to your question about the racks. I do leave them on and after checking I'm getting 20-21 volts at 10am in the southern CA desert so no issue for my use. When I first went live the controller listed amperage at 4 but now it's between 0 and 1. I'd assume the reason would be the controller is limiting the solar panel current as the battery is now charging in a float state. What puzzles me is if I check the amperage on the positive solar cable it mirrors the controller amperage. I would think the solar panel current would not be reduced upstream from the controller.
These are Amazon purchased breakers so keeping my fingers crossed they hold up. I checked the options you listed but with my wires cut for under the hood I didn't see any that would fit the location I'm using so will stick with these unless they prove unreliable.
Something that perhaps I'm overly concerned about though is the equalization stage the Renogy controller does every 28 days. The controller manual states that the battery should have no load on it during this 2 hour process. Having done this equalization process on the deep cycle batteries on our late 5th wheel trailer I was worried of the manuals "no load warning" and damaging my Jeep battery with a prolonged over charge. Now to get to what I found from Renogy and battery OEM, East Penn, both very helpful support.
) EP does not recommend equalizing AGM but if the max voltage is 14.6 or less it should be okay.
) Renogy stated the equalization can not be disabled or even reseting the day counter by powering off the controller. On the positive side if there is a load on the battery the controller will not start equalizing and the Jeeps alarm system when locked plus key fob receiver is a sufficient load. Finally the max voltage they use when equalizing is 14.6 volts so it seems I should be okay.
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