MPPT solar charge controllers; Thanks to its advanced MPPT technology, it always keeps the power at the top with its maximum power point tracking (MPPT) capability. It transfers almost all of the power produced by the solar panel to the load and batteries with the MPPT charging system. MPPT charge controllers; Microprocessor control ensures safe and efficient charging of batteries with the latest algorithms. It can work like a mini automation system. It provides stable operation in all situations with its smart power point tracker algorithm for efficient use of energy. It provides integrated communication with all protocols such as RS485 output, 4-20mA output, RS232, Seriport, Modbus, Modbus Ascii, Mosbus RTU, which can be connected to the MSMPORT interface and needed in the industrial field. It can send all system parameters to SCADA, PLC or microprocessor cards.
Usage Areas: Large off-grid solar energy systems, solar lighting systems, timed irrigation systems, home automation systems, telecom base stations
Technicial Specifications
Charging System MPPT
System Voltage 12 V / 24 V (automatic recognition)
Max. Charge / Discharge Current 30 A
Battery Input Voltage Range 8 ~ 32 V
Max. Solar Panel Input Voltage 100 V
Charge Voltage 13.8 V / 12 V, 27.6 V / 24 V
No-Load Power Consumption ≤ 9.2 mA / 12 V, ≤ 11.7 mA / 24 V
Temperature Compensation -4 mV/oC/2V (25oC)
Operating Temperature -20oC – +55oC
Operating Humidity ≤ 95% (non-condensing)
Battery Type Closed, aqueous, gel, LiFePO4, Li(NiCoMn)O2
Low Voltage Protection (LVD) 10.8 V / 12 V, 21.6 V / 24 V
Low Voltage Recovery (LVR) 12.6 V / 12 V, 25.2 V / 24 V
Battery Overvoltage Protection (HVD) 16 V / 12 V, 32 V / 24 V
Charge Cycle Voltage Drop ≤ 0.29 V
Discharge Cycle Voltage Drop ≤ 0.16 V
Light Control Voltage 5 V
Grounding Positive grounding
Protection Class IP30
Dimensions 195 x 160 x 60 mm
Weight 835 g
Electronic Protections
Solar panel reverse connection
Battery reverse connection
Battery high voltage
Battery overdischarge
Overload
