Product Introduction
Solar Powered Submersible Deep Well Water Pumps are a sustainable water extraction solution designed for areas without access to the power grid or with unreliable electricity supply. They utilize a solar photovoltaic system to directly power a submersible pump, reliably extracting groundwater from deep wells or boreholes ranging from tens to hundreds of meters deep.
3SSC-A/D Performance Data
|
No. |
Pump |
Controller |
Solar Panels |
|||||||
|
WASSERMANN CODE |
Ref.# |
R. flow (m³/h) |
Motor power (HP) |
Stages |
Drive Type |
Power(KW) |
AC Voltage Range (V) |
VOC Range (V) |
MPPT Voltage Range (V) |
|
|
281 |
3SSC2/13-A/D |
4.5m³/h-95m-96V-750W |
2 |
1 |
13 |
AC/DC |
WAD solar 0.75kW |
80-280V |
80-430V |
96-350V |
|
282 |
3SSC2/15-A/D |
5m³/h-110m-150V-1100W |
2 |
1.5 |
15 |
AC/DC |
WAD solar 1.1kW |
80-280V |
80-430V |
150-350V |
|
283 |
3SSC2/18-A/D |
5m³/h-135m-180V-1500W |
2 |
2 |
18 |
AC/DC |
WAD solar 1.5kW |
80-280V |
80-430V |
180-350V |
|
284 |
3SSC3/8-A/D |
6m³/h-60m-96V-750W |
3 |
1 |
8 |
AC/DC |
WAD solar 0.75kW |
80-280V |
80-430V |
96-350V |
|
285 |
3SSC3/11-A/D |
6m³/h-85m-150V-1100W |
3 |
1.5 |
11 |
AC/DC |
WAD solar 1.1kW |
80-280V |
80-430V |
150-350V |
|
286 |
3SSC3/15-A/D |
6m³/h-115m-180V-1500W |
3 |
2 |
15 |
AC/DC |
WAD solar 1.5kW |
80-280V |
80-430V |
180-350V |
Characteristic Curves
3SSC-A/D Dimenision
|
No. |
WASSERMANN CODE |
Discharge(In) |
A |
B |
C |
D |
||||
|
in |
mm |
in |
mm |
in |
mm |
in |
mm |
|||
|
281 |
3SSC2/13-A/D |
1¼" |
15 |
390 |
8 |
205 |
23 |
595 |
4 |
100 |
|
282 |
3SSC2/15-A/D |
1¼" |
17 |
430 |
8 |
205 |
25 |
635 |
4 |
100 |
|
283 |
3SSC2/18-A/D |
1¼" |
19 |
490 |
8 |
205 |
27 |
695 |
4 |
100 |
|
284 |
3SSC3/8-A/D |
1¼" |
11 |
290 |
8 |
205 |
19 |
495 |
4 |
100 |
|
285 |
3SSC3/11-A/D |
1¼" |
14 |
350 |
8 |
205 |
22 |
555 |
4 |
100 |
|
286 |
3SSC3/15-A/D |
1¼" |
17 |
430 |
8 |
205 |
25 |
635 |
4 |
100 |
Free Accessories
Packaging
Features
- Energy-saving: Directly powered by free solar energy, with zero fuel consumption and carbon emissions, significantly reducing long-term operating costs.
- Easy maintenance: Reliable and durable structure, requiring only regular cleaning of the solar panels, saving substantial labor and maintenance costs.
- Remote monitoring: Customize real-time data monitoring and cloud management, making it easy to remotely track system status and water usage analysis.
Advantage
- Easy installation: Modular design eliminates the need for grid connections, allowing for flexible site selection and quick deployment.
- Smart alarms: Built-in fault diagnosis provides real-time alerts through audio and visual signals, helping to quickly locate and resolve issues.
- Comprehensive models: Covers all scenarios from household use to agricultural irrigation, with flexible matching based on well conditions, water volume, and sunlight, supporting personalized customization.
Application Scenarios
FAQ
How much solar power is needed to run a deep well pump?
A typical system for meeting household or small-scale irrigation needs generally requires solar panel power ranging from a few hundred watts to three kilowatts. Based on your well depth and daily water consumption, we will accurately calculate and recommend a suitable system configuration. Please measure your well depth (dynamic water level) and determine your daily water consumption, then send this information to us to receive a customized solution.
