2.2kW Solar Well Water Pump System in Cambodia

The Challenge:

Addressing the challenges of energy and water availability is a critical concern for numerous nations. Over 30% of agricultural pumps lack access to grid electricity due to inadequate power infrastructure, while approximately 50% of farms suffer from insufficient irrigation because of subpar water management systems. With the escalating costs of diesel fuel, maintaining diesel-powered generator pump systems has become increasingly expensive. Consequently, there is an immediate need to identify sustainable alternatives for agricultural irrigation to ensure the long-term productivity and resilience of farming operations.

The Solution:

Employing solar-powered water pumps presents an excellent solution for agricultural irrigation challenges. These systems, featuring a 3 horsepower pump, are capable of delivering a water flow of 9.5 cubic meters per hour specifically tailored for irrigation purposes.

Project Products:

BLDC Solar Pump System

Model: SI4VP9.5-125-300-2200-A/D
Rated Power:  2.2kW 3 horsepower
AC input voltage: 80-280
DC input voltage: 90-430
Water volume: 9.5 cu.m./hr
Water pump head: 125 meters 
Outlet: 2"

The Result:

In this initiative, we're deploying solar-driven pumps, each with a 3 horsepower capacity, translating to 2200 watts of power. Functioning at AC input voltage: 80-280, this pump is capable of pumping up to 9.5 cubic meters of water per hour. They're built to perform with a pump head reaching 125 meters. The solar generator supplies the pumps during the day and can be switched to grid power at night if necessary to meet the 24-hour operation of the pumps.

Pictures:

Case scene