Re-Selection Ready: This DC to DC charger/in-vehicle DC to DC battery charger is fit for all common types of batteries used in 4WDs, caravans, RVs, trucks, campers, trailers, campervans, commercial vehicles and boats with built-in Anderson style plugs. This DC-DC battery charger/in-vehicle DC battery charger allows you to re-select the battery during charging by long pressing “POWER”.
Highly Efficient: This DC to DC charger/in-vehicle DC to DC battery charger uses DC input of vehicle’s alternator to charge batteries prior to solar input. The DC-DC battery charger/in-vehicle DC battery charger is also supported by the MPPT technology, which optimizes the electronics to ensure all of the watts available from the solar panels are extracted.
Prolong Battery Life: Having electricity in your van is awesome. This in-vehicle DC to DC battery charger/DC to DC charger is designed to charge batteries at the most efficient rate by a smart multi stage charging process to maximize their performance and lifespan. This in-vehicle DC battery charger/DC-DC battery charger can also reactivate your LiFePO4 battery by selecting its LiFePO4 mode.
Smart Protection: This DC to DC charger/in-vehicle DC to DC battery charger is engineered with all the protections you can expect from a good DC-DC battery charger. The in-vehicle DC battery charger not only comes with reverse polarity, short circuit and over-temperature protections and battery analysis, but undergoes strict tests in harshest conditions to survive the tough environments.
Super Versatility: This 60A DC to DC charger/in-vehicle DC to DC battery charger is a flexible DC-DC battery charger that can be used with AGM, Gel, Calcium, Lead Acid and LiFePO4 batteries. And a 1-year warranty also serves as a testament to the quality assurance of this in-vehicle DC to DC battery charger.
DC Charging Priorty: This dc-dc battery charger is set with DC priority. When both solar panels and DC meet the startup conditions, the vehicle battery input would be selected priorly. Even when the solar panel input is already in the charging process, the controller will still detect in real-time whether the DC input meets the charging conditions. Once the dc input is satisfied with the charging condition, it will automatically switch to DC power supply.