Product Introduction
Solar irrigation pumps offer significant advantages for agriculture by eliminating fuel and electricity costs, providing a sustainable, low-maintenance, and eco-friendly solution to water crops. They are particularly beneficial for remote, off-grid locations, ensuring reliable water supply using renewable energy while boasting long-term durability and lower operational costs.
SWQD Integrated DC Controller Type
|
No. |
Pump |
Controller |
Solar Panels |
|||||||
|
WASSERMANN CODE |
Ref.# |
R. flow (m³/h) |
Motor power (HP) |
Connection(inch) |
Drive Type |
Power(KW) |
AC Voltage Range(V) |
VOC Range (V) |
MPPT Voltage Range(V) |
|
|
75 |
SWQD12/1HP-IN |
24m³/h-18m-72V-750W |
12 |
1 |
2" |
Integrated |
0.75 |
/ |
50-170V |
90-120V |
|
76 |
SWQD15/1HP-IN |
30m³/h-9m-72V-750W |
15 |
1 |
3" |
Integrated |
0.75 |
/ |
50-170V |
90-120V |
|
77 |
SWQD13/1.5HP-IN |
27m³/h-24m-110V-1100W |
13 |
1.5 |
2" |
Integrated |
1.1 |
/ |
60-220V |
96-150V |
|
78 |
SWQD20/1.5HP-IN |
40m³/h-10m-110V-1100W |
20 |
1.5 |
3" |
Integrated |
1.1 |
/ |
60-220V |
96-150V |
|
79 |
SWQD25/2HP-IN |
50m³/h-10m-110V-1500W |
25 |
2 |
3" |
Integrated |
1.5 |
/ |
60-220V |
96-150V |
SWQD External DC Controller Type
|
No. |
Pump |
Controller |
Solar Panels |
|||||||
|
WASSERMANN CODE |
Ref.# |
R. flow (m³/h) |
Motor power (HP) |
Connection(inch) |
Drive Type |
Power(KW) |
AC Voltage Range(V) |
VOC Range (V) |
MPPT Voltage Range(V) |
|
|
80 |
SWQD12/1HP |
24m³/h-18m-72V-750W |
12 |
1 |
2" |
External |
0.75 |
/ |
50-170V |
90-120V |
|
81 |
SWQD15/1HP |
30m³/h-9m-72V-750W |
15 |
1 |
3" |
External |
0.75 |
/ |
50-170V |
90-120V |
|
82 |
SWQD13/1.5HP |
27m³/h-24m-110V-1100W |
13 |
1.5 |
2" |
External |
1.1 |
/ |
60-220V |
96-150V |
|
83 |
SWQD20/1.5HP |
40m³/h-10m-110V-1100W |
20 |
1.5 |
3" |
External |
1.1 |
/ |
60-220V |
96-150V |
|
84 |
SWQD25/2HP |
50m³/h-10m-110V-1500W |
25 |
2 |
3" |
External |
1.5 |
/ |
60-220V |
96-150V |
|
85 |
SWQD25/2HP-H |
50m³/h-10m-180V-1500W |
25 |
2 |
3" |
External |
1.5 |
/ |
80-430V |
180-350V |
|
86 |
SWQD30/3HP-H |
65m³/h-10m-280V-2200W |
30 |
3 |
4" |
External |
2.2 |
/ |
80-430V |
180-350V |
SWQD External AC/DC Automatic Controller Type
|
No. |
Pump |
Controller |
Solar Panels |
|||||||
|
WASSERMANN CODE |
Ref.# |
R. flow (m³/h) |
Motor power (HP) |
Connection(inch) |
Drive Type |
Power(KW) |
AC Voltage Range(V) |
VOC Range (V) |
MPPT Voltage Range(V) |
|
|
87 |
SWQD12/1HP-A/D |
24m³/h-18m-96V-750W |
12 |
1 |
2" |
AC/DC |
0.75 |
80-280V |
80-430V |
96-350V |
|
88 |
SWQD15/1HP-A/D |
30m³/h-9m-96V-750W |
15 |
1 |
3" |
AC/DC |
0.75 |
80-280V |
80-430V |
96-350V |
|
89 |
SWQD13/1.5HP-A/D |
27m³/h-24m-150V-1100W |
13 |
1.5 |
2" |
AC/DC |
1.1 |
80-280V |
80-430V |
150-350V |
|
90 |
SWQD20/1.5HP-A/D |
40m³/h-10m-150V-1100W |
20 |
1.5 |
3" |
AC/DC |
1.1 |
80-280V |
80-430V |
150-350V |
|
91 |
SWQD25/2HP-A/D |
50m³/h-10m-180V-1500W |
25 |
2 |
3" |
AC/DC |
1.5 |
80-280V |
80-430V |
180-350V |
|
92 |
SWQD30/3HP-A/D |
55m³/h-10m-280V-2200W |
30 |
3 |
4" |
AC/DC |
2.2 |
80-280V |
80-430V |
280-350V |
Performance Curves
Free Accessories
Packaging
Working Principle
Solar irrigation pumps work by using photovoltaic (PV) panels to convert sunlight into direct current (DC) electricity, which powers a motor-driven pump to move water for agriculture. A controller stabilizes this power, often optimizing flow based on sun intensity, with some systems using storage tanks or sensors for automation without batteries.
Advantages of Solar water pump for farm irrigation
- Zero Fuel Costs
Solar panels provide the energy for solar water pumps. After you have the panel, you can get all the energy you require for free from the sun! Compared to fossil fuel pumps, which necessitate ongoing fuel purchases, this is a significant benefit. Fuel can significantly increase the cost of irrigation on your property.
- Less Labour & Maintenance
The labor and time required to irrigate your crops can be significantly decreased with solar water pumps. All you have to do is turn on your solar pump and connect it to the irrigation technique of your choice. Additionally, compared to fossil fuel pumps, solar pumps require less labor and upkeep.
- Environmentally Friendly
Renewable energy is used by solar water pumps, making them sustainable. Because they don't produce dangerous toxins, your farm's soil and air remain clean. In contrast, fossil fuel pumps release a lot of pollutants into the air and spill gasoline into the ground.
Application Scenarios
FAQ
Can a solar water pump be used for irrigation?
Farmers in hot, arid regions are turning to low-cost solar pumps to irrigate their fields, eliminating the need for expensive fossil fuels and boosting crop production.
