2005 High Flow Surface Solar Water Pump Solar Energy Systems

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2005 High Flow Surface Solar Water Pump Solar Energy Systems

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Product Description

Basic Information

Model NO.

AS-PUMP-10KW

Application

Home, Industrial, Commercial

Specification

Normal, OEM

Mounting

Roof or Ground Solar Mount Bracket

Solar Inverter

Off-Grid Inverter

Warranty

25 Years Service Life

System Type

Home Solar Power System

HS Code

8501610000

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 Value	Check value with connector	set	1
Accessories	M C4 connector, pump cable connector, etc	set	1

🌿 AGRICULTURAL IRRIGATION

🐄 ANIMAL HUSBANDRY

🏜️ DESERTIFICATION CONTROL

Solar pump systems offer high-quality drinking water supply, livestock watering, and irrigation applications without any pollution. They are specifically designed to use solar power directly, requiring no grid infrastructure, making them ideal for remote site selection.

System Selection Guide

To select the right pump, please consider the following:

Daily or hourly water discharge required (Liters/Gallons/m³).
Pump type: Submersible or Surface.
Borehole/Well depth (if applicable).
Pipe distance (slope or horizontal) from water source to tank.
Storage tank height.

Main Components Detail

Mono Solar Panels

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

Off-Grid Inverter

Max. DC Input Power: 8.5KW | Max Voltage: 600V
MPPT Voltage Range: 90-520V
Includes Wifi Stick for monitoring; LAN & GPRS optional.

Remote Monitoring System

Data Logging Stick provides real-time PV system status and atmospheric conditions via web server. App available for PC, iOS, and Android.

Lithium Battery

Specification: 48V 100Ah
Dimension: 4-5U Rack mountable for reliable energy storage.

Projects Gallery

Frequently Asked Questions

1. How do I calculate the required power for the solar panels?

The standard formula is: Power of solar panel = Power of pump X 1.3. Ensure the voltage of the solar panel matches the voltage requirements of the pump controller.

2. How can I determine the battery capacity needed for a specific runtime?

Use the formula: Battery capacity = (Use hours ÷ 0.6) x (Machine power ÷ Battery voltage). For example, a 200W machine needing 3.6 hours of run time at 12V requires a 100AH battery.

3. What are the primary applications for this solar pump system?

These systems are ideal for domestic water supply, agricultural and forestry irrigation, desertification control, livestock watering, and water treatment projects on islands.

4. Can the system operate without a power grid?

Yes, solar pump systems are designed to use solar power directly. No grid infrastructure is required, although an optional grid connection can be used as a back-up for 24/7 operation.

5. Is it possible to monitor the system remotely?

Yes, our systems include a Data Logging Stick that allows you to receive information via Wi-Fi, LAN, or GPRS to a PC, iOS, or Android app.

6. What is the expected service life of the system?

The core components like solar panels and the mounting structure are designed for a 25-year service life with proper maintenance.