LiFEPO4 batteries use lithium iron phosphate as the cathode, while the anode is a graphite carbon electrode. When charging and discharging, the LFP battery moves between the positive and negative electrodes in the same manner as conventional lithium-ion batteries. The...
Upgrading your RV batteries is a great way to get more utility and value out of your RV. Traditionally, upgrading to a Lithium-ion battery was the ideal way to go, although it was an expensive investment. These days, battery technology for RVs has improved...
Regarding batteries used for a boat’s bow or stern thrusters: Most electrical engineers agree that a boat’s bow thrusters would ideally not be connected to the house bank of batteries and especially not when using Lithium-Ion Batteries that are protected by a BMS,...
In this article, we’ll explain how to program your Blue Sky Energy solar charge controller for use with Lithium Iron Phosphate (LiFePO4) batteries. First of all, we strongly recommend asking for specifications and/or the recommended charge profile from the...
The main difference between single and multistage charge profiles for LiFePO4 batteries has to do with the chemistry of the battery. Unlike lead-acid batteries, once a LiFePO4 cell achieves its charge voltage, it is nearly fully charged. Since various cells within the...
