10HP Solar Agriculture Water Pump

10HP Solar Agriculture Water Pump Specification

Efficiency
Above 85% (pump efficiency)

Maintenance Type
Low Maintenance

Features
Eco-friendly, Low Maintenance, Off-Grid Operation, Weather Resistant, Automatic Controls

Input Voltage
DC 360-800V (inverter input, solar array)

Product Type
10HP Solar Agriculture Water Pump

Material
SS

Number of Cells
144 cells (solar panels, typical per array)

Power
10 Horsepower (HP)

Operating Temperature
-10C to 45C

Max Voltage
600V DC (solar array, typical max)

Max System Voltage
1000V DC (module capability)

Output Voltage
380V AC (typical for 3-phase systems)

Cable Length
2 Meter (m)

Switch Mode
Automatic / Manual Switch

Size
8 inch (Outlet Diameter, varies)

Dimension (L*W*H)
1050mm x 350mm x 350mm (approximate for pump only)

Color
Black (Pump), Silver Frame (Panels)

Weight
75 kg (pump unit only, approx.)

Warranty
1 YEAR

Application
Agricultural Irrigation, Farm Water Supply, Livestock Watering

Type Of Technology
Photovoltaic Solar DC/AC Hybrid Pump

Installation Type
Ground Mounted (panels), Submersible (pump)

Panel Power Output
7500W - 9000W (based on array size for 10HP)

Panel Type
Monocrystalline/Polycrystalline Silicon

Protection Features
Dry Run Protection, Overload/Overheat Protection, Soft Start

Operating Frequency
50/60 Hz (dependent on region and inverter setting)

Flow Rate
Up to 90,000 Liters per day (varies by head)

Inverter Type
MPPT Solar Pump Controller (with soft start, variable speed)

Head Range
30m - 90m (water lift height, model dependent)

Remote Monitoring Option
Available (Wireless/App based - optional)

Suited Water Source
Open Well, Bore Well, River, Pond

Motor Type
Brushless DC or AC 3-phase, Oil-filled or Water-filled motor (based on model)

10HP Solar Agriculture Water Pump About

10HP 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

High-Capacity Performance

Designed for demanding water needs, this 10HP solar pump handles up to 90,000 liters per day, supporting varied agricultural sites. Its substantial head range (30m-90m) enables it to move water efficiently from deep sources, such as bore wells and rivers. The pump uses a powerful and efficient motor, providing reliable operation even in challenging environments.

Advanced Technology & Safety

Equipped with MPPT solar pump controllers, this system extracts maximum energy from the solar array. Features like soft start, dry run protection, and overload/overheat protection safeguard the system while enabling automatic or manual operation. Remote monitoring options via app or wireless communication offer users enhanced convenience and control.

Versatile & Eco-Friendly Application

This solar water pump is suitable for open wells, bore wells, ponds, and river sources. Its photovoltaic technology ensures high efficiency (above 85%) and is designed for low maintenance and off-grid operation. The weather-resistant build and stainless steel construction ensure longevity, making it an excellent, sustainable choice for agricultural needs.

FAQ's of 10HP Solar Agriculture Water Pump:

Q: How does the 10HP Solar Agriculture Water Pump operate using solar energy?

A: The pump uses energy generated by monocrystalline or polycrystalline solar panels to power a brushless DC or 3-phase AC motor. The MPPT solar pump controller maximizes energy harvesting and manages operations, ensuring efficient water pumping even in varying sunlight conditions.

Q: What is the installation process for this solar water pump system?

A: The system involves ground mounting the solar panels and submerging the pump in the water source. Professional installation is recommended to ensure secure panel placement, correct electrical connections, and optimal performance of the inverter and motor for your specific water source.

Q: When is routine maintenance required for the pump?

A: This pump is designed for low maintenance due to its robust, weather-resistant build and oil- or water-filled motors. However, periodic checks for debris around inlets and routine inspection of electrical connections are advisable to sustain peak performance and longevity.

Q: Where can this pump be used effectively?

A: It is suited for a wide range of agricultural water sources, including open wells, bore wells, rivers, and ponds. Its high efficiency and flexibility make it ideal for irrigation systems, livestock watering, and farm water supply in both remote and grid-unavailable locations.

Q: What are the advantages of using a solar-powered agricultural water pump?

A: Benefits include eco-friendly and off-grid operation, significant reduction in fuel or electricity costs, low maintenance, and reliable water supply. Automatic controls, safety features, and optional remote monitoring increase user convenience and long-term sustainability.

Q: How does the remote monitoring feature enhance usability?

A: Remote monitoring, available via wireless or app-based options, allows users to track pump performance, system health, and operating parameters from a distance. This minimizes downtime and facilitates proactive maintenance, leading to smoother operations.

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