Factory Commercial DC Pumping Deep Well for Power System Surface Solar Water Pump

Basic Information

Model NO.	pump	Certification	ISO, CE
Application	Home, Industrial, Commercial	Specification	Normal, OEM
Mounting Support	Roof or Ground Solar Mount Bracket	Solar Inverter	off-Grid Inverter
System Type	Home Solar Power System	Power	Electric
Type	Positive-Displacement Pump	Industry	Air Conditioning Pump
Media	Sea Water Pump	Theory	Centrifugal Pump
Conveying Medium	Water Transfer	Transport Package	Carton/Wooden Box
HS Code	8501610000	Production Capacity	1.2 Gw/Year

Product Description

DC AC Solar Pump System for Farm

Technical Specifications Grid

Model	Voltage (V)	Rate Power (W)	Max Flow (m3/h)	Max Head (M)	Outlet (in)	Diameter (mm)
JS3-0.9-32	24	100	0.9	32	3/4"	76
JS3-1.8-80	24	210	1.8	80	3/4"	76
JC3-4.2-54	48	600	4.2	54	1"	76
JS4-4.0-100	72	1000	4	100	1"	100
JC4-14.0-33	72	1000	14	33	2"	100
JCS4-25-96	288	4000	25	96	2"	100
JCS6-70-33	288V	4000	70	33	4"	150

System Parameters

30HP Solar Water Pump System Items List

Item Name	Description	Unit	Quantity
Solar panel	260W / 31.2V poly	pc	136
Mounting structure	Q235 material, Hot-dip zinc	set	1
Pump inverter	Model 30000H	pc	1
Water pump	30HP	pc	1
Cables & Accessories	PV Cables, Safety rope, Check Valve	set	1

🚜 AGRICULTURAL IRRIGATION

🐄 ANIMAL HUSBANDRY

🌵 DESERTIFICATION CONTROL

Solar pump systems are high quality products designed for drinking water supply, livestock watering, and irrigation without pollution. These systems use solar power directly, requiring no grid infrastructure.

Core Components

Mono Solar Panels

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

Pump Controller

Max DC Input: 8.5KW
Max Voltage: 600V
MPPT Range: 90-520V
Wifi/GPRS Optional

Submersible Solar Pump

Material: 304/316 Stainless Steel
Motor: BLDC
Horsepower: 0.3-5HP
Application: Deep well pumping

DC Cable & MC4

Section: 4mm2, 6mm2
Rated Voltage: 1000VDC
Lifetime: ≤25 Years

Projects Shown

Packaging & Shipping

Frequently Asked Questions

Q: What is the difference between a pure sine wave and modified sine wave inverter?

A: Pure sine wave inverters provide high-quality power identical to the grid, protecting sensitive appliances like pumps and refrigerators. Modified sine wave inverters can negatively impact inductive loads and may not work with certain motor control circuits.

Q: What appliances can these inverters load?

A: Our inverters are suitable for household, office, and agricultural use, including inductive loads such as water pumps, air conditioners, and refrigerators.

Q: How do I choose the right solar pump?

A: Consider where the pump will be used, the required daily water discharge, whether you need a submersible or surface pump, and the total vertical and horizontal distance the water must travel.

Q: Do I always need a power inverter for a solar system?

A: It is not strictly required if you only use DC power. however, an inverter is necessary if you want to run standard 220V or 230V AC appliances.

Q: What's the difference between 12V, 24V, and 48V inverters?

A: This refers to the battery bank input voltage. Higher voltages allow for smaller wires between the panels and batteries due to lower current, but all components must be matched to the same system voltage.

Q: How are solar panels and batteries selected for a pump?

A: Generally, solar panel power should be 1.3 times the pump power. Battery capacity is calculated based on the required running hours and machine power divided by battery voltage.