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Something like this would probably be suitable for you, perhaps two of them if you have space, make sure your charger is set for Gel.Hook up almost the time - occasional days and some days out. We don't use air fryers in the van but the misses uses an hair dryer to keep up with me.
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A very interesting observation! It is almost certainly correct now I think it through.The 50% trip out is also most probably based on voltage rather than amps left in the battery so a lithium battery will be better for you as the voltage will stay over 12 v untill its way down in amps to around 20amps and still usable unlike a lead acid or agm.
Lithium atd getting cheaper all thdctime . There is deal on ecoworthy 100ah lithium for around £169 on e bay at the mo.
Fogstar do a quality under seat Lithium both Fogstar and Offgrid Power Solutions will give you a 10% discount for being a paid up subscriber of this forum.A very interesting observation! It is almost certainly correct now I think it through.
I shall start taking an interest in the LiFePo market.
I did take the most casual of interests when forced to replace my lead acid battery in June. I noticed then that Tayna did not seem to have a low profile LiFePo (max height 190 mm) that would make best use of my under-seat mounting space. I think that is the main drawback at the moment. My circa 315 x 175 x 190 space is not well catered for. And I would certainly want bluetooth type connections to an app rather than wiring in gauges to monitor (and the quality and functionality of that app would be relevant if I can find some reviews) and then there is terminal location. So I think it will be a while before I have a choice of bluetooth LiFePo batteries at affordable prices. I can easily go down from the 315mm width but the 190mm max height is non-negotiable.
I am just taking a look on Ebay for future reference! With a new leisure battery under my seat I can afford to wait until next year and do some learning in the meantime!!
The four cells inside a LiFePO4 battery should ideally all be exactly the same voltage, and exactly the same state of charge. If in the future one of the cells is slightly less charged than the others, then there are various methods to get them back to equality. For example one way is to overcharge all the others slightly until the lowest one is full.What is an active balancer?
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