Why Use a Solar Pump Inverter in Irrigation
A solar pump inverter is the control device placed between the solar array and the pump motor in a solar-powered irrigation system. Boray catalog items such as BR500-P Solar Pump Inverter, BR600-P Solar Pump Inverter, and BR110-P Universal High-Performance Solar Vector Inverter are listed for solar pump inverter applications.
Selecting Between Boray Solar Pump Inverter Options
For irrigation pump systems, the catalog names themselves help identify the product family: BR500-P Solar Pump Inverter and BR600-P Solar Pump Inverter are listed as solar pump inverters, while BR110-P Universal High-Performance Solar Vector Inverter is listed as a universal high-performance solar vector inverter for solar pump inverter use.
Typical Agricultural Irrigation Layout
A basic layout connects solar panels to the selected Boray solar pump inverter, then to the pump motor, and finally to the irrigation distribution line. The catalog also lists related accessories such as Solar Pump Inverter PCB Board, LV40-70 DC voltage booster for 220v small power pumps, and LV60-90 DC voltage booster for 380v pumps, which can be considered when the system design calls for them.
Pump and Motor Compatibility Checks
Before choosing the inverter, confirm the pump motor type, power rating, voltage, and starting behavior from the pump and motor documentation. If the irrigation design uses grid or battery backup rather than direct solar pump control, Boray also lists pump VFD options such as FS200 Series Intelligent Pump AC Drive, FS300 Series Intelligent Pump AC Drive, BR300-IP54 Smart Water Pump VFD, and SD300 VFD for Outdoor Pumps.
Commissioning and Field Maintenance
Before energizing the system, verify wiring polarity, grounding, motor connections, and ventilation. During commissioning, observe pump flow, motor noise, and inverter behavior as solar input changes. Keep maintenance items such as Solar Pump Inverter PCB Board available for service, and record field adjustments for future troubleshooting.
