Kunda 90M Solar Submersible Pump

KSh29,000.00

Parameter	Specification
Max Head (Lift)	90 meters (Maximum vertical pumping height)
Motor Power	750W (approx. 1 Horsepower) up to 960W depending on the specific kit variant
Operating Voltage	96V DC
Flow Rate / Productivity	Approximately 35 Liters per minute ( $\approx 2.1 \text{ m}^3/\text{hour}$ )
Motor Type	High-efficiency Brushless DC motor
Inclusions	Typically bundled with an external DC MPPT Controller

The Kunda 90M Solar Submersible Pump is an efficient, high-lift direct DC solar water pump. It is designed primarily for deep wells, boreholes, and agricultural irrigation in areas without reliable grid access.

Key Specifications & Performance

Parameter	Specification
Max Head (Lift)	90 meters (Maximum vertical pumping height)
Motor Power	750W (approx. 1 Horsepower) up to 960W depending on the specific kit variant
Operating Voltage	96V DC
Flow Rate / Productivity	Approximately 35 Liters per minute ( $\approx 2.1 \text{ m}^3/\text{hour}$ )
Motor Type	High-efficiency Brushless DC motor
Inclusions	Typically bundled with an external DC MPPT Controller

Core Features

Direct Solar Connection: The system is engineered to run directly off solar panels via the included DC controller. You do not need expensive inverters or battery banks to run it during the day.
MPPT Controller Protection: The dedicated 96V controller optimizes the power coming from your solar panels, stabilizing the voltage to keep the pump running efficiently even on slightly cloudy days. It also includes sensors to protect the pump from dry-running.
Durable Build: Built with a stainless steel body and corrosion-resistant materials to handle the rough conditions of deep well submersion.

What You Need to Run It

Because it operates at 96V, you will need to configure a solar panel array that meets the voltage requirements of the controller. Typically, this involves wiring multiple 24V or 32V solar panels in a series-parallel configuration to hit the correct voltage and wattage threshold (usually totaling around 1000W–1200W of solar capacity for optimal performance).