Boost MPPT Solar Charg Controller 24V 36V 48V 60V 72V 10A MPPT Charg Controller for Sealed Gel FLD Li Battery Solar Panel Battery Regulator for Golf Carts Electric Vehicles

Boost MPPT Solar Charg Controller 24V 36V 48V 60V 72V 10A MPPT Charg Controller for Sealed Gel FLD Li Battery Solar Panel Battery Regulator for Golf Carts Electric Vehicles

$70.13
Sale price  $70.13 Regular price 
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Boost MPPT Solar Charg Controller 24V 36V 48V 60V 72V 10A MPPT Charg Controller for Sealed Gel FLD Li Battery Solar Panel Battery Regulator for Golf Carts Electric Vehicles

Boost MPPT Solar Charg Controller 24V 36V 48V 60V 72V 10A MPPT Charg Controller for Sealed Gel FLD Li Battery Solar Panel Battery Regulator for Golf Carts Electric Vehicles

$70.13
Sale price  $70.13 Regular price 

- 【Efficient Charging】This boost MPPT solar panel regulator uses innovative MPPT technology with a tracking efficiency of up to 99% and a peak conversion efficiency of up to 98%, which reduces power consumption, generates less heat, and lowers operating temperatures. - 【Multiple Electronic Guards】This MPPT solar charge controller features multiple electronic guards, integrated with multiple guard mechanisms including overcharge, short circuit, and reverse current guard, which guards your devices and batteries from damage and provides a reliable and safe charging performance. - 【Compatible With Lithium Ion Batteries】This solar charge controller is compatible with lithium ion batteries, when the battery type parameter is set to lithium battery, the charging cycle setting will be changed accordingly. - 【Wide Application】This boost solar charge controller has a wide range of applications for electric cars, carts, scooters, tricycles, etc., and is compatible with a variety of battery types, such as sealed, gel, and FLD acid and ternary lithium batteries batteries. - 【Multifunctional Use】This MPPT charge controller boosts the voltage from 15V to 60V solar panels to charge 24V to 72V batteries in carts, electric vehicles and solar system kits. It is designed for situations where the photovoltaic input voltage is lower than the battery voltage, effectively boosting the voltage to meet the battery's charging requirements.

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