MPPT Solar Charge Controller 60A 12V24V 36V 48V battery charging

MPPT Solar Charge Controller 60A 12V 24V 36V48V battery charge controller software for the charging of lead-acid batteries and colloidally sealed lead-acid batteries, and lithium batteries. MPPT Solar Panel Regulator Charging 12V/24V/36V/48 Auto detection Automatic recognition of your voltage output is specified. Mode three load modes Light Sensor turn On/off (As Solar street lamp controller), Light Sensor turn On/Off, and 24 hours delay time, and then turn off (As Solar street lamp controller) 24 hours a day, all the time up (as other loads don't have automatic on/off)Max 100V solar panel
Max input power: 60A 12V (720W MAX) 24V (1440W MAX) 36V (2160W MAX) 48V (2880W MAX)
Solar Charge Controller applies in solar photovoltaic systems. It controls the operation of on the solar panel the battery as well as loads. It also provides safety features to ensure that the whole system is in secure and safe way.

LCD screens on charge controllers MCU can be applied to all kinds of photoelectric panels, as well as various kinds of batteries. The MCU (Micro-Processing Controller) incorporates the MPPT in line with the type and charging requirements that the batteries are in, this series of controllers will offer the most fast and efficient charging voltage, as well as the electricity produced from the solar panel.

Certificated: CE PSE FCC EMC En60950, EN61000 En55022 EN55024
Weight: 1100g
Size: 215*115*50mm
Functions:
1. Control of the CPU Display LCD
2. Automatic identification of the input voltage
3. Making use of different kinds of batteries that have an extended life span, such as Lead-acid batteries with colloidally sealed lead acid batteries, lithium batteries.
4. Micro processing controller MPPT charge
5. Set the power for the cut-off/resuming connections at low voltage with port DC output port on the port which joins the load.
6. Sensor for temperature to recharge batteries to compensate for the loss.
7. Circuit of protection for PV that prevents reverse-charging
8. Protection against overstress
9. Protection against charges that could be incurred by overcharging
10. Short circuit protection
11. The temperature compensation
12. Protection from reverse polarity connections
13. Converse discharge protection
14. Thunder protection
15. Protect yourself against voltages that are low