3HP Solar Agriculture Water Pump

3HP Solar Agriculture Water Pump Specification

Features
Eco-friendly, Easy Maintenance, Automatic Operation, Weather Resistant, Energy Saving

Efficiency
Panel: 17%-21% (depending on cell type); Pump: ~80%

Input Voltage
DC 48V/96V or AC 220V

Maintenance Type
Low Maintenance

Product Type
Solar Agriculture Water Pump

Material
SS

Number of Cells
72 (approximate, standard solar panel)

Power
3 HP Horsepower (HP)

Operating Temperature
-10C to 50C

Max Voltage
Panel: 36V (typical per panel)

Max System Voltage
1000 V DC (solar panel system)

Output Voltage
DC 48V/AC 220V (Depends on Model)

Cable Length
2 Meter (m)

Switch Mode
Manual/Automatic

Size
Standard 3HP Pump Size

Dimension (L*W*H)
Panel: Approx. 1650mm x 1000mm x 40mm (varies by manufacturer)

Color
Black (Panel), Blue/Black (Pump)

Weight
Pump: approx. 20-30 kg, Panel: 18-25 kg each

Warranty
1 YEAR

Application
Agricultural irrigation, Farms, Fields, Water transfer

Type Of Technology
Photovoltaic (PV) Solar & Brushless DC Motor

Installation Type
Ground Mounted

Controller
MPPT Solar Pump Controller Included

Usage Duration
6-8 hours/day (based on sunlight)

Maximum Head
Up to 50 meters

Pump Type
Submersible/Centrifugal (as per application)

Water Discharge Rate
Up to 42,000 LPD (Liters Per Day), depending on head and model

Water Source
Borewell, Openwell, Canal, Pond

Panel Mounting Structure
Galvanized Iron (Weatherproof)

Solar Panel Type
Monocrystalline/Polycrystalline

Protection
Overload, Dry Run, Reverse Polarity, Over-voltage Protection

Flow Rate
Up to 500 LPM (Liters Per Minute); actual depends on site

3HP Solar Agriculture Water Pump About

3HP Solar Agriculture Water Pump is a trusted supplier of high-efficiency Solar Pumps, designed to meet the growing demand for sustainable and cost-effective water pumping in agriculture, domestic, and industrial applications. Our solar pumps run directly on solar energy, reducing electricity costs and enabling off-grid operation in rural areas.

Key Features:

Available in AC and DC pump variants
Power range: 0.5 HP to 10 HP
Submersible and surface pump options
High-efficiency MPPT-based solar controllers for maximum power output
Durable construction with corrosion-resistant stainless steel body
Low maintenance and long service life
Built-in protections: dry run, overload, short circuit, reverse polarity
Optional hybrid operation (solar + grid/diesel)

Product Range:

Submersible Solar Pumps Ideal for deep borewells
Surface Solar Pumps Suitable for open wells, ponds, and rivers
AC/DC Solar Pumps Versatile compatibility with solar inverters/controllers
3 HP, 5 HP, 7.5 HP, and 10 HP variants in stock

Applications:

Agricultural irrigation (drip & sprinkler)
Drinking water supply in rural areas
Livestock watering
Government solar pump subsidy schemes
Water lifting from borewells and wells

Versatile Solar Pumping for Agriculture

Designed specifically for agricultural applications, this 3HP solar water pump efficiently irrigates fields, transfers water, and supports farm operations. Its compatibility with different water sources such as borewells, openwells, canals, and ponds ensures flexibility. The system's robust construction and sophisticated MPPT controller guarantee consistent performance and durability even in harsh weather conditions.

Advanced Protection and Easy Operation

Safety and ease-of-use are core to this system. The integrated control unit allows for both manual and automatic switching, and includes comprehensive protections against overload, dry run, reverse polarity, and over-voltage. The galvanized iron structure shields the panels from environmental damage, ensuring long-term reliability with minimal maintenance.

Eco-Friendly and Cost-Effective Solution

Using photovoltaic technology and a brushless DC motor, this solar pump system operates quietly and efficiently, with panel conversion rates as high as 21% and pump efficiency near 80%. Not only does it help reduce utility costs, but it also minimizes environmental impact, making it a practical investment for green, energy-conscious farming.

FAQ's of 3HP Solar Agriculture Water Pump:

Q: How does the 3HP solar water pump operate without a conventional power source?

A: The 3HP solar water pump uses photovoltaic (PV) solar panels to convert sunlight into electricity, which powers the pump via an MPPT controller. This system is independent of the regular power grid, ensuring reliable water supply even in remote agricultural areas.

Q: What water sources are compatible with this solar pump?

A: This pump is suitable for multiple water sources including borewells, openwells, canals, and ponds. Its design and included protections make it adaptable for various site conditions and agricultural needs.

Q: When is the best time to operate the water pump for optimal efficiency?

A: The ideal usage duration is 6-8 hours per day, typically during periods of maximum sunlight. Actual performance will depend on local weather, season, and sunlight intensity.

Q: Where should the solar panels and pump be installed for best performance?

A: The panels should be ground mounted in a sunny, unobstructed location, while the pump should be installed close to or within the chosen water source, such as a borewell or openwell. Professional installation is recommended to maximize efficiency and ensure system safety.

Q: What makes this pump system easy to maintain?

A: Featuring robust construction using stainless steel and weatherproof materials, along with automated protections and an MPPT controller, this pump requires minimal maintenance, making it convenient for farm operators.

Q: What protection features are integrated into the pump system?

A: The system includes overload, dry run, reverse polarity, and over-voltage protections, safeguarding both the pump and solar panel system. This ensures longer equipment life and reduced risk of failures.

Q: What are the main benefits of using a solar water pump for agriculture?

A: The system offers eco-friendly operation, significant energy savings, low maintenance requirements, and independence from grid electricity-ideal for sustainable, large-scale agricultural irrigation and water transfer tasks.

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