2023 15kw AC Solar Water Pumps System with Power Inverter

1 / 5

2023 15kw AC Solar Water Pumps System with Power Inverter

Still deciding? Get samples of $ !

Request Sample

Send Inquiry

Product Description

Basic Information

Model NO.:AS-PUMP-10KW

Application:Home, Industrial, Commercial

Support:Roof or Ground Solar Mount

Inverter:Off-Grid Solar Inverter

Warranty:25 Years Service Life

Pump Type:Positive-Displacement/Centrifugal

Industry:Air Conditioning, Sea Water, Water Transfer

Origin:Jiangsu, China

Capacity:1.2 Gw/Year

Product Description

Solar power systems offer a wide range of applications, including domestic water supply, agricultural and forestry irrigation, and desertification control. These systems are ideal for providing water to remote islands, animal husbandry projects, and water treatment facilities.

AGRICULTURAL IRRIGATION
ANIMAL HUSBANDRY
DESERTIFICATION CONTROL

Designed for high-quality drinking water supply and livestock watering, these systems operate without pollution. They utilize solar power directly, requiring no grid infrastructure, though grid backup is an available option for 24/7 operation.

30HP Solar Water Pump System Parameters

Item Name	Description	Unit	Quantity
Solar panel	260W / 31.2V poly	pc	136
Mounting structure	Q235 material, Hot-dip zinc	set	1
PV cables	4mm2, 400m	set	1
Pump inverter	Model 30000H	pc	1
Water pump	30HP	pc	1
Pump cables	3*16mm2, 200m	set	1
Safety rope	Pump Depth * 2	pc	1
Check Valve	Check valve with connector	set	1
Other accessories	Raw material tape, MC4, etc.	set	1

Pump Selection Guide

To select the right pump, please consider the following:

Where will the pump be used?
How much water discharge (liters, gallons, or m3) is required per day/hour?
Do you need a submersible or surface pump?
For boreholes/deep wells, what is the depth?
What is the pipe distance to the destination tank (slope or horizontal)?
What is the height of the storage tank?

Calculations & Selection

Solar Panel Selection: Power of solar panel = Pump power X 1.3. The voltage must match the pump and controller.

Battery Selection: Use hours = Capacity ÷ (Machine power ÷ Voltage) X 0.6.
Example: A 200W machine with a 12V 100AH battery provides approximately 3.6 hours of use.

Main System Components

Mono Solar Panels

Peak Power: 290W
Max Voltage: 32.2V | Max Current: 9.02A
Dimensions: 1640×992×35 mm
Weight: 18.6 kg

Off-Grid Inverter

Max DC Input: 8.5KW | Max Voltage: 600V
MPPT Range: 90-520V
Rated Grid Voltage: 208/240V / 230V
Monitoring: WiFi, Lan, & GPRS Optional

Remote Monitoring System

Real-time data logging via web server. Monitor your PV system and atmospheric conditions anywhere via PC, iOS, or Android App.

PV Mounting System

Material: AI6005 & SUS304 Bolts
Clamps: 35-50mm available
Options: L Foot, Hanger Bolts, Ground Clips, and Lugs.

Projects Shown

Frequently Asked Questions

1. What is the expected service life of the solar pump system? The system is designed for long-term durability with a service life of approximately 25 years.

2. Can the system work without a power grid? Yes, the solar pump system is specifically designed to use solar power directly, making it perfect for remote areas where no grid infrastructure exists.

3. How do I calculate the required solar panel power for my pump? A general rule is to multiply the pump power by 1.3 (Solar Panel Power = Pump Power x 1.3).

4. What information is needed for a customized pump recommendation? We need to know the daily water requirement, the depth of the water source (borehole/well), and the distance/height of the destination tank.

5. Does the system support remote monitoring? Yes, with a data logging stick, you can monitor system status and atmospheric conditions via WiFi, Lan, or GPRS through a PC or mobile app.

6. Are batteries required for the solar pump to operate? While the system can run directly from solar panels during the day, batteries are recommended if you need the system to operate at night or during consistent cloud cover.