wed solutions

Solar water pump 4,0 cubic meters/hour

Description

DESCRIPTION:

Power supply – 110 V

Output – 1000 W

Maximal flow rate – 4 000 l/h

Maximal flow rate depending on the depth:

  • Pump immersion to 5 meters’ depth – about 4000 l/h

  • Pump immersion to 10 meters’ depth – about 3 800 l/h

  • Pump immersion to 20 meters’ depth - about 3 500 l/h

  • Pump immersion to 30 meters’ depth - about 3 300 l/h

  • Pump immersion to 40 meters’ depth - about 2 900 l/h

Maximal depth – 80 m

Exit opening - 1 1/4"

Diameter - 100 mm

SPECIFICATION OF THE SET:

  • 1 pce - solar pump
  • 1 pce - controller with MPP tracker suitable for outdoor installation IP65
  • Water level sensors
  • 5 pces - photovoltaic modules x 240 Wp.

APPLICATIONS:

  • Remote areas 
  • Small irrigation system

CERTIFICATES:

  • CE

The pumps are developed and designed to be powered by the electricity produced by solar modules. They are connected together and function by means of a specially developed controller with integrated device monitoring the maximal production point ( MPP tracker ), which guarantees the optimal operation of the system under every weather condition (even in cloudy weather the system can function in case there is enough solar radiation for the solar modules to produce electricity).

With the combination of photovoltaic modules, controller and the solar pump you obtain an absolutely independent and reliable system for water extraction.

The set includes also water level sensors which further protect the solar pump and ensure its proper functioning.

When the modules start to produce electricity, the pump extracts water, and the extracted quantity increases with the increase of the radiation. The extracted water can be stored in a tank and thus used at any time for different purposes such as watering livestock, plant irrigation, etc., even at sunset when the pump stops operating.

 

ADVANTAGES:

  • A system independent from the electricity grid  
  • Suitable for installation in remote areas
  • Decentralized system providing high efficiency
  • Reduces the costs for water extraction. 

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