Boost MPPT Solar Controller 10A 24V 72V with Overcharge Protection for Electric Vehicles Golf Carts and Solar Power Systems Efficient Charging

Boost MPPT Solar Controller 10A 24V 72V with Overcharge Protection for Electric Vehicles Golf Carts and Solar Power Systems Efficient Charging

$59.36
Sale price  $59.36 Regular price 
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Boost MPPT Solar Controller 10A 24V 72V with Overcharge Protection for Electric Vehicles Golf Carts and Solar Power Systems Efficient Charging

Boost MPPT Solar Controller 10A 24V 72V with Overcharge Protection for Electric Vehicles Golf Carts and Solar Power Systems Efficient Charging

$59.36
Sale price  $59.36 Regular price 

- Efficient Charging: This boost MPPT solar panel regulator uses innovative MPPT technology with a tracking efficiency of up to 99% and a conversion efficiency of up to 98%, which reduces power consumption, generates less heat, and lowers operating temperatures. - Multiple Electronic Guards: This MPPT solar 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 and charging performance. - Compatible With Lithium Ion Batteries: This solar 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. In addition, when the connected lithium battery is in a protective state, the controller will use the energy from the solar panel to activate the lithium battery with a current that does not exceed the lithium battery's protective voltage and current range. - Wide Application: This boost solar 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 and ternary lithium batteries batteries. - Multifunctional: This MPPT controller boosts the voltage from 15V to 60V solar panels to 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.

Product description

Boost MPPT Solar Controller 10A 24V/72V, with Overcharge , for Electric Vehicles

Wide Application: This boost solar 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 and ternary lithium batteries batteries.

Efficient Charging: This boost MPPT solar panel regulator uses innovative MPPT technology with a tracking efficiency of up to 99% and a conversion efficiency of up to 98%, which reduces power consumption, generates less heat, and lowers operating temperatures.

Compatible With Lithium Ion Batteries: This solar 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. In addition, when the connected lithium battery is in a protective state, the controller will use the energy from the solar panel to activate the lithium battery with a current that does not exceed the lithium battery's protective voltage and current range.

Spec:

Item Type: Solar Controller

Material: ABS, Aluminium Alloy

Input Voltage: 24V, 36V, 48V, 60V, 72V

Rated Charging Current: 10A

Charging Technology: MPPT

Charging Algorithm: 3 Stages

Battery Voltage Range: 20-88V

Operating Temperature Range: -35°C-65°C

Humidity Range: 95%

How to Use:

Wiring Procedure

Step 1. Battery Connection

Prioritize connecting the battery module before connecting the photovoltaic array. Install a separate DC circuit breaker for the battery charging circuit.

Step 2. Photovoltaic Connection

After confirming that the configured photovoltaic array voltage is within the acceptable range of the controller, connect the photovoltaic array. Install a separate DC circuit breaker on the photovoltaic input circuit.

Step 3. Controller Startup

After completing the connection of the battery and photovoltaic array, check for reverse or loose connections in the cables. Once confirmed, sequentially close the circuit breakers for the battery charging circuit and photovoltaic input circuit to start the controller.

Package List:

1 x Solar Controller

1 x Manual

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