3HP Solar AC/DC Irrigation Pump in Nigeria
Regular Price NGN 790,000.00 Save ₦20,001
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3HP Solar AC/DC Irrigation Pump in Nigeria
What Stands Out
Higher-Capacity Solar Water Pumping Without Guesswork
The 3HP option can be evaluated where a project requires greater pumping capability than available lower-capacity alternatives can efficiently provide.
Selection should consider:
- Daily water demand
- Required hourly flow
- Pumping water level
- Delivery elevation
- Total Dynamic Head
- Pipe friction
- Irrigation operating pressure
- Water-source yield
- Solar array requirement
- Storage requirement
The goal is not maximum horsepower.
The goal is sufficient water delivery at an efficient operating point.
About This Item
The 3HP solar irrigation pump provides a higher-capacity option for agricultural pumping projects whose calculated flow and head requirements justify it.
Potential system configurations can support:
- Commercial agricultural irrigation
- Borehole-to-storage pumping
- Larger water-transfer requirements
- Drip irrigation networks
- Selected sprinkler applications
- Reservoir transfer
- Agricultural estates
- Livestock water infrastructure
A properly configured system can include:
Solar Array → Pump Controller → 3HP Pump → Hydraulic Network → Storage/Irrigation
The complete system should be designed around the required water outcome.
Who Should Buy?
The 3HP option should be considered by:
- Commercial farms
- Agricultural estates
- Irrigation projects
- Dry-season farming operations
- Orchards
- Greenhouses
- Livestock operations
- Farms requiring greater water transfer
- Government agricultural programmes
- NGOs
- EPC contractors
- Irrigation contractors
- Farm developers
But large farm does not automatically equal 3HP.
A large farm with low-head pumping can have very different requirements from a smaller farm pumping water from substantial depth.
Product Description
Stop Building Your Irrigation Operation Around Fuel Availability
Picture the difference.
Conventional approach:
The farm needs water.
Someone checks the generator.
Someone buys diesel.
Fuel is transported to site.
The generator runs.
Maintenance hours accumulate.
Then water is pumped.
And the cycle repeats.
Solar pumping approach:
Sunlight becomes available.
The photovoltaic system supplies the pump/controller.
Water moves.
Storage fills or irrigation proceeds according to the designed system.
That does not make solar irrigation free or maintenance-free.
It changes the cost structure.
Instead of continually purchasing fuel to create pumping energy, you invest in infrastructure capable of converting available solar energy into useful water movement.
For the right project, a 3HP solar powered irrigation pump can become part of the farm's productive infrastructure rather than another recurring fuel-dependent operating process.
Features & Benefits
Higher-Capacity Pumping Option
Provides a 3HP option for projects whose hydraulic calculations justify additional capacity.
Solar-Powered
Uses photovoltaic energy to support agricultural water pumping.
AC/DC Configuration
Where supported by the selected equipment, AC/DC operation can provide additional power-source flexibility.
Commercial Agricultural Applications
Suitable for evaluation on higher-demand irrigation and water-transfer projects.
Storage Integration
Pump during productive solar periods and store water for later agricultural use.
Reduced Generator Dependence
Where solar replaces generator operation, farms can reduce dependence on fuel for pumping.
Complete-System Engineering
Pump, controller, PV array and supporting infrastructure can be considered together.
Product Specifications
| Specification | 3HP Solar AC/DC Irrigation Pump |
|---|---|
| Rated Capacity | 3HP |
| Application | Agricultural Irrigation / Water Transfer |
| Power | Solar / AC-DC where support |
| Controller | Matched to pump |
| Solar Array | Project-specific |
| Flow | 45m3/h |
| Head | 15m |
| Pipework | Hydraulic-design dependent |
| Warranty | 1 year |
| Installation | Available |
| Commissioning | Available |
Applications
Evaluate the 3HP solar pumping system for:
- Commercial farms
- Irrigation projects
- Borehole-to-tank pumping
- Drip irrigation
- Selected sprinkler systems
- Agricultural estates
- Orchards
- Greenhouses
- Reservoir transfer
- Farm water distribution
- Livestock farms
- Community agricultural projects
System Configuration
A complete installation may consist of:
Solar Panels
↓
Electrical Protection
↓
Solar Pump Controller
↓
3HP Irrigation Pump
↓
Pipework / Valves / Filtration
↓
Water Storage or Irrigation Network
The final design depends on the site.
For Bulk Orders
Call (020) 14536190.
How to Install
1. Calculate Agricultural Water Demand
Establish the amount of water required.
2. Confirm Water Availability
Ensure the water source can support the planned pumping volume.
3. Calculate Static Head
Determine the physical elevation difference.
4. Calculate Dynamic Losses
Account for friction in pipes, valves and fittings.
5. Determine Total Dynamic Head
Combine the relevant hydraulic requirements.
6. Establish Required Flow
Determine how quickly water must be delivered.
7. Select the Pump From Its Performance Curve
Confirm the 3HP model can deliver the required flow at the calculated TDH.
8. Size the Solar Array and Controller
Match electrical characteristics correctly.
9. Install Hydraulic and Solar Equipment
Follow the requirements of the selected equipment and project design.
10. Test and Commission
Verify actual water delivery and protection functions.
Cost of Getting It Wrong
Oversizing Can Waste Money. Undersizing Can Starve the Farm of Water.
Choosing 3HP because it “sounds safer” can increase:
-
Pump cost
-
Panel requirement
-
Controller cost
-
Cable requirement
-
Installation cost
Choosing too little pumping capacity can cause:
-
Inadequate flow
-
Slow tank filling
-
Poor irrigation pressure
-
Missed irrigation windows
-
Continued generator dependence
-
Additional replacement costs
Correct sizing protects both water availability and capital.
ME3 Energy Process
1. Discovery
Understand the farm, water source and required outcome.
2. Water Requirement
Determine required water volume.
3. Hydraulic Assessment
Evaluate head, distance, pipe losses and pressure.
4. Pump Selection
Match the operating point to an appropriate pump curve.
5. Solar Design
Match the solar array and controller.
6. Scope Agreement
Define what ME3 Energy supplies and what the customer provides.
7. Supply & Installation
Execute the agreed scope.
8. Testing & Commissioning
Verify performance before project handover.
Why Buy From ME3 Energy?
Because a Higher-Capacity Pump Makes Correct System Integration More Important, Not Less.
A 3HP pump is only one component.
The system still needs:
Correct water data
Correct pump curve
Correct solar array
Correct controller
Correct pipework
Correct protection
Correct installation
ME3 Energy is an importer and distributor of energy and infrastructure products and supports appropriate solar water-pumping projects with a system-level approach.
Our advantage isn't simply access to equipment.
It is the ability to discuss the project as a water-delivery problem, then connect the necessary energy and pumping components around that requirement.
Customer Questions & Answers / FAQs
What is the 3HP solar irrigation pump price in Nigeria?
The current price depends on the pump model and whether the quotation is for the pump alone or a complete solar irrigation system.
Contact ME3 Energy for current availability and price.
Is a 3HP solar pump suitable for a commercial farm?
It can be, where the required operating point falls within the selected 3HP pump's performance range.
How many acres can a 3HP solar irrigation pump cover?
There is no universal acreage figure. Crop water demand, irrigation system, flow, pumping hours, head and storage all affect the answer.
Is a 3HP pump better than a 2HP pump?
Not automatically. A correctly sized 2HP system can be a better engineering and commercial choice where it satisfies the required operating point.
Can a 3HP solar pump run sprinklers?
Potentially, if the selected pump can provide the required flow and operating pressure.
Can it work with drip irrigation?
Yes, subject to correct hydraulic design, filtration and pressure management.
Can I pump from a deep borehole?
A compatible submersible model can be considered, but actual pumping depth and required flow must be checked against the pump curve.
Do I need batteries?
Not necessarily. Suitable agricultural systems can use daytime pumping combined with water storage.
Can it run on AC and solar?
Where the actual pump/controller supports AC/DC operation, an appropriate hybrid configuration may be possible. Confirm this from the selected model's datasheet.
How many solar panels are required for a 3HP pump?
The panel requirement depends on the pump/controller electrical specifications, selected panel characteristics and system design.
Can ME3 Energy design and install the complete system?
ME3 Energy can assess suitable projects and provide equipment supply and applicable installation support.
More Pumping Capacity Is Valuable Only When Your Farm Actually Needs It
If your irrigation project requires higher water flow, greater pumping head or more demanding water transfer, a 3HP solar irrigation pump may be appropriate.
But horsepower is still not the design.
The right question is:
Can This 3HP Pump Deliver Your Required Flow at Your Actual Total Dynamic Head?
ME3 Energy helps commercial farms, agricultural projects and contractors answer that question before committing to equipment.
Get Your Solar Irrigation Pump Sized
| Manufacturer | Collins & Hayes |
|---|---|
| Enable Start Countdown Timer | Yes |
| Enable End Countdown Timer | Yes |
