PWM Solar Charge Controller 80A 12V 24V 36V 48V battery charging

PWM Solar Charge Controller, 80A 12V 24V 36V 48V battery charge controller application for battery charging of Lead-acid batteries, colloidally sealed lead-acid batteries and lithium batteries. A 80A LCD-PWM Solar Panel Regulator Charger 12V/24V/36V/48V auto detection Auto recognition that the voltage input is set. mode 3 load mode Light Sensor turn On/off (As Solar street lamp controller), Light Sensor turn On/Off and 24 hours delay time, and turn off (As Solar street lamp controller) 24-hour all the time on (as other loads that do not require auto on/off)
Max 100V solar panels
Max input power: 80A 12V (960W MAX) 24V (1920W MAX) 36V (2880W MAX) 48V (3840W MAX)
USB output: 5V. Maximum output of 3A . Solar Charge Controller applies in solar photovoltaic systems. It manages the work the solar panel, battery, and loads. It provides some safety functions so that the entire system can operate in a safe and secure operation.

LCD displays of charge controllers MCU are applicable to all types of photoelectric panels as well as different kinds of batteries. the MCU (Micro-Processing Controller) features the PMW (Pulse Modulation Wide-frequency) 0~100 percent variable duty cycle. In accordance with the type and charging conditions of the battery, this controller series will provide most rapid and efficient charging voltage as well as electricity generated by the solar panel.
Weight: 790g
Size: 187*132*60mm
Functions:
1. Control of CPU Display LCD
2. Automatic identification of input voltage
3. Making use of various kinds of batteries with a long life, Lead-acid batteries, colloidally sealed lead-acid batteries and lithium batteries.
4. Micro processing controller Pulse Modulation Wide-frequency(PWM)charge
5. The setting of the voltage of the low voltage cut-off/resuming connections to the DC output port of the port that connects to the load.
6. Temperature sensor to charge batteries in compensation
7. Protection circuit for PV to prevent reverse-charging
8. Protection from overload
9. Protection from overcharges
10. Short circuit protection
11. The temperature compensation
12. Protection against reverse polarity connections
13. Converse discharge protection
14. Thunder protection
15. Protection against low voltage