Regulator PWM WELISEE

The solar charge controller used in a photovoltaic or wind turbine system

The solar controller continuously measures the battery voltage and manages the power supply of photovoltaic modules
It regulates the charge of the battery bank in order to avoid overloads, ensures the limitation of the current coming from the modules. It limits the discharge by unloading the use, or even the total stop, in order to avoid deep discharges that could damage the batteries. It controls the operation of the generator by display (LEDs and display, if the controller is equipped with a display).
 

Batteries store energy produced by photovoltaic panels

In order to ensure the power supply of the receivers in all circumstances (day or night, cleared or covered sky)
Solar batteries, also called slow-cycle batteries, are specifically designed for solar or wind applications.
They do not have the same characteristics as a car battery for example
The capacity of a battery is expressed in Ah (Ampere / hour) and its voltage is 12 V (Volts), 6V and sometimes 2V (for the most important installations).
 

The converter converts the DC current of the batteries (12V, 24V or 48V) into 230 volts AC

Simply connect the terminals on the converter (also called inverter) to the battery terminals. The electrical devices you wish to supply are then simply connected to the 220/230 V sockets of the converter (note: the sum of the powers of the devices connected to the converter must be lower than the power indicated for the converter).
It is advisable to minimize the distance of the Regulator - Battery and Battery - Inverter cable (less than 6m) as much as possible to avoid loss of electricity.
please contactinfos@gbsolar-es.cd / infosgbsolar@gmail.com >