1158 Hybrid Inverter 26HP 35HP 40HP for Water Pumping Solar System Hot Sale

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Product Description

📋 Overview
Model NO.
water pump inverter
Certification
ISO, CE
Application
Home, Industrial, Commercial
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
Theory
Centrifugal Pump
HS Code
8501610000
Capacity
1.2 Gw/Year
🚀 Product Description
Hybrid Inverter System

Solar power system has a wide range of applications, such as offering domestic water, helping agricultural and forestry irrigation, and desertification control. It can also supply water to sea islands, animal husbandry, and water treatment projects.

With the promotion of new energy utilization, solar water pump usage is increasing in government projects, landscape architectures, fountains, parks, and residential areas.

🌱 AGRICULTURAL IRRIGATION
🐄 ANIMAL HUSBANDRY
🏜️ DESERTIFICATION CONTROL
📊 Product Parameters - 30HP System
Item Name Description Unit Quantity
Solar panel260W / 31.2V polypc136
Mounting structureQ235 material, Hot-dip zincset1
PV cables4mm2, 400mset1
Pump inverterModel 30000Hpc1
Water pump30HPpc1
Pump cables3*16mm2, 200mset1
Safety ropePump Depth * 2pc1
Check ValueWith connectorset1
💡 Selection & Calculation Guide
Please provide the following information for an accurate recommendation:
  • Where will the pump be used?
  • Required water discharge (liters, gallons, or m3) per day/hour?
  • Submersible or surface pump requirement?
  • If borehole, what is the depth?
  • Pipe distance and slope (horizontal or vertical)?
  • Height of the storage tank?
SOLAR SELECTION FORMULAS:

1. Solar Panel Power = Pump Power × 1.3

2. Battery Use Hours = Battery Capacity ÷ (Machine Power ÷ Battery Voltage) × 0.6

3. Battery Capacity = Use Hours ÷ 0.6 × (Machine Power ÷ Battery Voltage)

🛠️ System Components
Mono Solar Panels

Mono Solar Panels

Peak Power: 290W | Max Voltage: 32.2V | Weight: 18.6 kg

Off-Grid Inverter

Off-Grid Inverter

Max DC Input: 8.5KW | MPPT Range: 90-520V | WiFi/GPRS Enabled

Remote Monitoring

Monitoring System

Data logging via Web Server | Apps for PC, IOS & Android

Mounting System

PV Mounting System

AL6005 & SUS304 Material | Ground & Roof Optional

Cables

DC Cable & MC4

4mm2/6mm2 Cross Section | 1000V TUV Rated | 25 Years Lifetime

Lithium Battery

Lithium Battery

48V 100Ah | Compact 4-5U Dimension

🌍 Projects Shown
Solar Project 1
Solar Project 2
Solar Project 3
Solar Project 4
Frequently Asked Questions
1. How do I determine the number of solar panels needed for my pump?
A general rule of thumb is to calculate the power of solar panels as the pump power multiplied by 1.3. For example, a 1000W pump would ideally require 1300W of solar panels.
2. Can this solar water pump system work without a power grid?
Yes, these are off-grid systems designed to run directly on solar power. They are ideal for remote areas like farms, deserts, and islands where grid infrastructure is unavailable.
3. How do I calculate the battery capacity if I need the pump to run at night?
You can use the formula: Capacity (AH) = Required Hours ÷ 0.6 × (Machine Power ÷ Battery Voltage). This ensures you have enough stored energy to cover your needs.
4. Is it possible to monitor the system remotely?
Yes, our off-grid inverters come with optional WiFi, LAN, or GPRS sticks that allow you to check system status via PC or mobile apps (iOS & Android) from anywhere.
5. What applications are best suited for solar water pumps?
They are excellent for agricultural irrigation, livestock watering, desertification control, city square fountains, and residential water supply in sun-rich regions.
6. What is the expected lifetime of the system components?
High-quality components like DC cables and solar panels are designed for a lifetime of up to 25 years. Inverters typically carry warranties ranging from 5 to 10 years depending on the region.

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