The solar chemical injection system converts solar energy into battery chemical energy, generates current through monocrystalline silicon to charge the energy storage battery, and converts DC power into AC power through an inverter to provide power for electrical equipment such as metering pumps. The metering pump is continuously dosing without the need for utility power. Solar energy can be used for continuous operation in the wild or areas without utility power.
Technical Advantages
- The solar photovoltaic panels are in the form of monocrystalline double-glass, arranged side by side, and the number of solar panels is designed according to the power of the power-using equipment. The solar photovoltaic panels are connected to the battery through a controller.
- The controller can effectively track the maximum point of light power and prioritise the input to ensure that the maximum output of power generated is charged for the battery.
- The controller can control the charging power of the PV panels to ensure that it is within a safe range, and it can also monitor the battery voltage and other data to provide the user with historical operating data.
- The controller can be integrated with the communication module, and users can monitor and control the operation of the equipment in cloud through 5G network.
