IPANDEE 60A MPPT Solar Charge Controller 12V 24V 36V 48V Auto, 99.9% Efficiency 200V Max PV Input, APP Monitoring Support Solar Panel Regulator for Lithium/Lead-Acid LCD Display RV Off-Grid

IPANDEE 60A MPPT Solar Charge Controller 12V 24V 36V 48V Auto, 99.9% Efficiency 200V Max PV Input, APP Monitoring Support Solar Panel Regulator for Lithium/Lead-Acid LCD Display RV Off-Grid

Product Features

ESF series

Solar charge controller is small and exquisite in appearance, based on MPPT controller algorithm design, can quickly track the maximum powerpoint of photovoltaic array in any environment;support various leadacid batteries, lithium batteries or other types of batteries, built-in various. The protection function can be widely used in various fields such as Rvs,communication base stations, household systems and field monitoring systems.

The MPPT efficiency is 99.9%, and the conversion efficiency of the whole machine is as high as 98%.

Built-in lithium battery activated wake-up function.

A variety of battery (including lithium battery) charging can be customized.

Support host computer and APP remote monitoring.

RS485 bus, unified integrated management and secondary development.

Ultra-quiet air-cooled design, more stable operation.

A variety of protection functions, small body is very useful.

Wiring sequence

Connect the input and output cables connected to the circuit breakers to their corresponding positions on the controller in sequence. Ensure that the circuit breaker is off before connecting the cables. As shown below.

Power on the device

Ensure that all cables are securely connected before powering on the device.

1, first close the circuit breaker 1 connected to the battery, ensure that the controller is connected to the battery (the controller LCD will display the content), then you can set the battery type ;

2, if you need DC output to control load, then first set the output control settings, and then open the DC output circuit breaker 2

3, and then connect to open the solar panel PV input circuit breaker 3 if the PV input voltage in the controller charging working range, then the controller will enter the charging status;

Power off

Please disconnect circuit breaker 3, then disconnect circuit breaker 2 , and finally disconnect circuit breaker 1 connection;

Reference table for the number of photovoltaic modules in series

Attention: N in the table represents the number of series, the data is for reference only.

Multiple double protection

Interface introduction

Primary menu: Real-time data display interface -- press "S" to switch the interface;

Primary menu: Set the main menu -- press the "OK" key to switch the interface;

Supports multiple battery types

GEL; SEL; FLD; CUS; FePo4;TeRNAPY; LI;

The controller charges the lead-acid battery

The MPPT controller has a 4-stage battery charging algorithm for fast, efficient and safe charging of lead-acid batteries.

1 - CC state (Constant current charging): Fast charging phase - FAST

2 - CV state (Constant voltage charging): Regulated charging phase - KEEP

3 - CF state (Float charging): Prevents the battery from being overcharged for a long timeand makes up for the loss of self-discharge. -FULL

4 - Boost charging: Activate battery chemistry, desulphurization effect.

The controller charges the lithium-ion battery

The MPPT controller will charge according to the specifications of the lithium-ion battery,mainly in two stages.charge according to the maximum power point that is tracked;

In the first stage, when the battery voltage is lower than the saturation voltage, it will rapidly

In the second stage, when the battery voltage is equal to the saturation voltage, it will charge at a constant voltage, and the charging current will gradually decrease to 0.

Charging parameter settings

Below are the charging parameters of commonly used lead-acid battery. All voltage settingslisted are applicable to nominal 12 volt batteries. For Example: For a 24 volt battery, multiplythe voltage setting by 2.

Below are the charging parameters of commonly used lithium-ion batteries.

You can purchase our Bluetooth module separately to connect the device and monitor it via a mobile app. You can also connect it to a computer via the RS-485 interface for host-based programming.