The mppt regulator is specially designed for solar off-grid systems, solar power plants and other systems. The new generation of mppt regulator uses 16-bit digital signal processing chips. The fully digital intelligent tracking algorithm adopted can obtain the high power point of the solar module, and detect the output current and voltage in real time to ensure the normal charging of the battery and improve the utilization rate of the module. At the same time, the system has full-function protection measures such as short circuit, overload, and unique automatic battery shutdown and recovery.

Features of mppt regulator

● All-digital intelligent tracking algorithm can quickly obtain the high power point of solar cell modules, the conversion efficiency can reach 95%, and the utilization rate of photovoltaic modules is high.
● Increase the charging strategy (first constant current, then constant voltage, then float charge) to protect the battery and prolong its service life.
● All-digital intelligent control, with remote control function.
● Standard MODBUS communication protocol, convenient for background detection.
● It has perfect protection functions such as overcharge, overload and short circuit, which makes the machine run more reliably.
● The input voltage range is wide, which solves the problem that the components are not suitable for matching, and makes the selection more convenient.
● With lightning protection, solar anti-reverse charging, battery reverse connection, open circuit protection functions.
● Small size, light weight, rack-mounted design.
● Small power can be combined with DC power distribution cabinets, and high power can be combined with multiple cabinets in parallel, which is convenient for maintenance.
● A single large 150A can be expanded as required.
● mppt regulator touch screen display, beautiful atmosphere.

The mppt regulator refers to the main command device that changes the wiring of the main circuit or the regulating circuit and changes the resistance value in the circuit according to a predetermined order to control the starting, speed regulation, braking and reverse direction of the motor.