Spowdi System for Smart Irrigation
This is the heart of the system. Power is delivered from the solar panel to the PMB where pressurized air is produced and delivered to the pump unit. When connected to the solar panel and pump unit, just press start.
The solar panel is compact and optimized for smart farming. It is small and robust, safe and easy to transport. Connect the solar panel at the back of the PMB and you have an energy-efficient system to run an upto a one-acre farm.
The Spowdi pneumatic pump pressurizes water together with the pressurized air, one stroke at a time, and about 160 times per minute. It has a durable design and has been tested and made to work long hours in tough, challenging environments.
Increase crop yields on existing farmland with Spowdi’s solar-powered drip irrigation system, proven to generate higher crop yield with significantly less water and lower operating costs compared with fossil fuel pumps.
By distributing water directly to the plant drop by drop, the Spowdi Mobile Pro system, combined with drip irrigation, can save up to 80% of water compared with traditional irrigation methods like flooding.
Spowdi’s patented green-tech innovation uses the sun as the only power source, resulting in zero emissions and enabling small-hold farmers to move away from fossil fuel dependencies.
A lightweight, portable system that weighs just 15 kilograms in total and is easy to install and handle by one person. It is durably built to withstand tough conditions such as daily movement, high temperatures, dirt and muddy water.
Spowdi’s compact patented solar-powered system is so energy efficient that a small solar panel (150W) is enough to deliver 1500 liters of water per hour with high and stable pressure, making it perfect for small-scale farmers with up to one acre of land.
Spowdi’s solar-powered system is optimized for drip irrigation and saves farmers the time consumed by traditional manual labor for irrigation, giving farmers and their families more time to engage in other life-enriching activities, including education.
If the farmer needs a backup power source off the grid, the system can run for two days on a regular 12V car battery. The 12V system is powered with a maximum of 90W and can deliver up to 25 m3 of water, with 10 hours of sunshine (more if connected to a backup battery).
Spowdi’s patented technology reduces both the size of the pump motor and the solar panel, which makes it possible to produce a more cost-effective system for solar-powered water distribution.