1-60 Tons/h Flow Solar Water Pump for Irrigation

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Quick Details
Specification:NormalApplication:HomeOutput Voltage (V):480-540v
Load Power (W):350Solar Power (W):600Work Time (h):6-8days
solar panel:Sunpower monocrystalline siliconoutlet:2 inchinterlet:127mm
Flow:20T/hMaximum Head:105mIP rating:IP68
power of pump:3500Wsolar panel voltage:480v-540vproduct:solar water pump for ir
solar panel power:5600W    



Packaging & Delivery
Packaging Detail:wooden cartons with foam filling for solar water pump for irrigation
Delivery Detail:Within 10 working days for solar water pump for irrigation


solar water pump for irrigation
1)solar water pump system
2)high quality
3)environmental protection
4)clean energy 

solar water pump for agriculture and daily water supply

  1-60 tons/h flow solar water pump for irrigation with IP68 rating



1. Solar Water Pumping System Introduction


1-60 tons/h flow solar water pump for irrigation with IP68 rating


1,Solar Cell Array
    The solar array, an aggregation of many solar modules connected in series and in parallel, absorbs sunlight radiation and converts it into electrical energy, providing dynamical power for the whole system.
2,Solar Pumping Inverter
    The pumping inverter controls and adjusts the system operation and converts the DC produced by the solar cell array into AC to drive the pump, and adjusts the output frequency in real-time according to the variation of sunlight intensity to realize the maximum power point tracking (MPPT). Advantages are as follows:
       1). Patented dynamic VI MPPT algorithm ensuring swift response and stable operation
       2). Digital control, automatic operation, data collection and storage for up to 8 years, etc; 98% conversion efficiency, complete protection
      3). The system is free of any energy storage devices. Instead, the system stores water. As a result, reliability is improved dramatically comparing to systems requiring energy storage (battery) and at the same time greatly reducing construction and maintenance costs
    Any three-phase pump is suitable for solar AC pumping system, pump powered by solar cell arrays draws water from the deep wells or rivers and lakes and pours into the storage tank or reservoir, or directly connects the irrigation system, fountain system, etc. According to the actual system demand and installation condition, different types of pumps such as centrifugal pump, axial flow pump, mixed flow pump or deep well pump can be used.




ModelPower of solar water pumpMPPT VoltagePower of solar panelIP RatingRated HeadRated Flow
                 (W)        (V)             (M)       (M)  (Tons/h)
3SD series50,100,150,200,250,300,000    18V-36Vpower solar water     IP68  15m-105m 1-2 Tons/h
4SD series100,200,300,400,500,000,000    18V-36Vpump*1.3/1.8  15m-105m 2-3 Tons/h
4SK series55,075,011,001,500  160V-180V   24m-182m1.5-10 Tons/h
5SD series1.1KW-7.5KW  480V-540V   15m-200m4-20 Tons/h
6SR series2.2KW-15KW  480V-540V   25m-185m  25 Tons/h
6SP series3KW-7.5KW  480V-540V   10m-47m30-60 Ton/h



 1-60 tons/h flow solar water pump for irrigation with IP68 rating



1-60 tons/h flow solar water pump for irrigation with IP68 rating1-60 tons/h flow solar water pump for irrigation with IP68 rating

1-60 tons/h flow solar water pump for irrigation with IP68 rating1-60 tons/h flow solar water pump for irrigation with IP68 rating



 4.Project Case Analysis


   Livestock Living Water Supply in Botswana

1-60 tons/h flow solar water pump for irrigation with IP68 rating


Project Location: Xause Charolais Ranch in theWestern Sandveld Ranching area of Botswana.

Project Introduction: Over 70 percent of Botswana’s population lives in rural areas and earns a living from agriculture. Because of the dry climate, livestock production dominates agricultural activities. How to solve the living water supply problem for livestock has become the first issue to increase the agricultural income. The project location is near to the Kalahari Desert, the boreholes are normally 200m to 300m deep. The project has the support of the banks and Citizen Empowerment Fund. The project was constructed by a
member of Botswana Confederation of Commerce, Industry and Manpower (BOCCIM) in June,2012.

Solution:Solar pumping systems were applied in this project, drawing water from 2 boreholes which are 216m and 180m deep, providing over 20m3 of water daily, and ensuring the drinking water safety for 600 cattle. A reservoir capacity of 254,000 liters was built for water storage.


Economic Benifits:12400 kWh of electricity generated annually; 115.2 tons of coal saving in its 25-year service life;50.4 tons of CO2, 2.2 tons of SO2, 1.8 tons of smoke and 30 tons of ash reductions in its 25-year service life.



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