380V 90kW DC to AC MPPT Solar Pump Inverter with 99% Efficiency for Water Pumping Systems

• Maximum MPPT Efficiency: 99% with advanced tracking technology
• Auto-track operation throughout daytime hours
• Automatic dormancy and wake-up functions with under-voltage restart
• Dual power input support for both AC and DC sources (optional)
• Comprehensive water level monitoring with dry run and overflow protection
• Data recording for generated power, pumped water volume, and running time
• Independent operation without grid power or battery requirements
• Multiple protection functions including low frequency, dormancy, dry-run, over-current, and minimum power
• Default auto-running modes via keypad, IoT, or terminal connections
• High-performance control with maximum output frequency of 600Hz under VF control
• Intelligent IoT integration supporting GPRS modules for remote control

Enables remote monitoring and control of water volume and inverter operation from any location. Provides access to real-time and historical data through web interfaces or Android applications. This user-friendly platform simplifies solar pump system monitoring while significantly reducing operational time and monitoring costs.

Standard inverters include LED keypads, with LCD keypads available as an optional upgrade. LCD keypads simultaneously monitor 4 parameters compared to single-parameter LED displays. Built-in parameter explanations eliminate the need for user manuals, enhancing user experience. LCD keypads feature copy, update, and download functions, making them ideal for government projects and large-scale farming operations.

VEIKONG solar water pump systems represent advanced electrical pump systems powered by photovoltaic panels. A typical configuration includes a solar panel array that drives an electric motor, which in turn operates bore or surface pumps. These inverters convert DC voltage from solar panels into AC voltage suitable for three-phase motor-driven pumps, with pump speed automatically adapting to available solar irradiation for maximum water output even in low-light conditions.