2HP Solar AC/DC Irrigation Pump in Nigeria
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What Stands Out
Built Around the Required Operating Point
The 2HP option sits between simply buying a larger pump and properly engineering a water-delivery solution.
What matters is not the HP number alone.
The important relationship is:
Required Flow × Total Dynamic Head
ME3 Energy considers:
- Daily water demand
- Water source
- Pumping water level
- Delivery elevation
- Friction losses
- Pipe distance
- Required flow
- Irrigation pressure
- Solar power requirement
- Water storage
This helps answer the question that matters:
Will this pump deliver enough water under your real site conditions?
About This Item
The 2HP solar powered irrigation pump is intended for agricultural water-moving applications where the project's calculated operating point requires a pump in this capacity range.
Depending on the actual pump model and hydraulic design, applications can include:
- Borehole-to-storage pumping
- Drip irrigation
- Selected sprinkler systems
- Agricultural water transfer
- Farm reservoir pumping
- Tank filling
- Livestock water infrastructure
A complete solution can combine:
PV Array → Controller → 2HP Solar Pump → Pipework → Storage → Irrigation
Rather than buying individual components and hoping they work together, the system should be designed as one water-and-energy solution.
Who Should Buy?
Consider a 2HP solar irrigation pump if your calculated water-delivery requirement falls within the selected model's performance range.
Potential customers include:
- Commercial farmers
- Irrigated vegetable farms
- Orchards
- Agricultural estates
- Greenhouses
- Livestock farms
- Farms with boreholes
- Dry-season farming operations
- NGOs
- Government agricultural programmes
- Irrigation contractors
- EPC/project contractors
A 2HP label alone does not establish the farm acreage it can irrigate.
Product Description
Your Farm Doesn't Need More Horsepower. It Needs Enough Water.
When irrigation is unreliable, the problem quickly becomes operational.
Workers wait.
Tanks fill too slowly.
Sections of the farm receive water later than planned.
Generators consume more fuel.
And increasing horsepower without understanding the hydraulic problem can simply increase project cost.
The 2HP solar AC/DC irrigation pump provides a solar-powered alternative for appropriate agricultural pumping applications.
During suitable solar conditions, photovoltaic panels supply energy through the controller to operate the pump.
Depending on the project, water can be delivered directly toward an irrigation network or transferred into storage.
This can reduce dependence on:
- Petrol
- Diesel
- Generator runtime
- Unreliable grid electricity
But the biggest advantage comes when the pump, solar array and hydraulic system are correctly matched.
Features & Benefits
- Solar-Powered Water Movement
Converts available solar energy into useful agricultural water pumping.
- 2HP Capacity
Provides an additional capacity option where the hydraulic requirement exceeds the operating capability of an available lower-capacity model.
- AC/DC Options
Selected configurations can provide compatible alternative-source flexibility.
- Irrigation Compatible
Can support appropriately designed drip, tank-filling, water-transfer and selected sprinkler applications.
- Reduced Fuel Dependence
Where solar replaces generator pumping, recurring fuel requirements can be reduced.
- Storage Integration
Water can be pumped during solar hours into appropriately sized storage.
- Complete-System Option
Pump, panels, controller, electrical protection and supporting components can be configured together.
Product Specifications
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Pump Type
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AC/DC Solar Well Pump
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2HP |
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Pump Kit
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Power
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1500W
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Max. Flow
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48 m³/h
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Max. Head
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17 meters
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Outlet
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3"
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Feature
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MPPT function for higher solar power utilization rate
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LED screen
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Output power & voltage, current, pump speed, error code
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Maintenance free
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Auto frequency conversion, auto on/off
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Smooth motor start
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Impulse current-free to protect pump motor
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Full protection
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Dry-run, overload, overheat, and phase loss protection
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Working Temperature
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-15~+60°C
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Controller Dimension
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23.8x18x9.5 mm
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Net Weight
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1.8 KG
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Others
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Warranty
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1-Year Warranty Limited
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Certificate
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CE , ISO9001, ISO14001 Certificate
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| Installation |
Available
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Commissioning
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Available
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After-sale Service
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24/7 online after-sale service support
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Applications
Evaluate the 2HP system for:
- Commercial irrigation
- Borehole pumping
- Drip irrigation
- Selected sprinkler irrigation
- Orchard irrigation
- Greenhouses
- Tank filling
- Reservoir transfer
- Livestock water systems
- Farm water distribution
- Dry-season agriculture
For Bulk Orders
Call (020) 14536190.
System Configuration
A typical configuration may include:
Solar Panels → Protection → Pump Controller → 2HP Pump → Pipework → Valves/Filtration → Tank or Irrigation Network
Optional/project-dependent equipment can include:
- Mounting structures
- Float switches
- Level sensors
- Dry-run protection
- Filtration
- Pressure controls
- Distribution manifolds
- Storage tanks
How to Install
Step 1 — Calculate Water Demand
Determine the required daily and hourly water volume.
Step 2 — Establish Water-Source Conditions
Measure the pumping water level and confirm the source can sustainably provide the required volume.
Step 3 — Calculate Total Dynamic Head
Include vertical lift plus friction losses.
Step 4 — Determine Irrigation Pressure
Particularly important for pressurised irrigation systems.
Step 5 — Check the 2HP Pump Curve
Confirm the pump delivers the required flow at the calculated head.
Step 6 — Size the Solar Array
Match PV voltage and power to the selected pump/controller.
Step 7 — Size Pipework
Incorrect pipe sizing can add avoidable friction losses.
Step 8 — Install, Test & Commission
Verify actual water delivery under operating conditions.
Cost of Getting It Wrong
Bigger Doesn't Automatically Mean Better
An unnecessarily large pump can mean:
- Higher pump cost
- Larger solar array
- More expensive controller
- Higher installation cost
- Unnecessary pipework changes
An undersized system can mean:
- Insufficient flow
- Poor pressure
- Slow storage recovery
- Inadequate irrigation
- Continued generator dependence
The goal is therefore not to buy the biggest system you can afford.
It is to buy the correct system for the operating requirement.
ME3 Energy Process
1. Project Information
Tell us what you are trying to irrigate and where the water comes from.
2. Water Requirement
Establish the required volume and flow.
3. Hydraulic Assessment
Determine head, distance, pipe losses and pressure.
4. Pump Selection
Check the required operating point against the pump curve.
5. Solar Configuration
Match panels and controller.
6. Commercial Scope
Define equipment, installation and exclusions.
7. Supply / Installation
Proceed with the agreed project scope.
8. Testing & Commissioning
Confirm that the installed solution performs as intended.
Why Buy From ME3 Energy?
Because the Difficult Part Isn't Finding a Pump. It's Making the System Work.
Many businesses can sell equipment.
A successful solar irrigation project requires the interaction of:
Hydraulics + pump performance + solar energy + electrical compatibility + pipework + irrigation requirements.
ME3 Energy combines product with technical solution support for suitable projects.
Our value is not simply:
“We stock a 2HP pump.”
It is:
“Let's determine what your water problem requires and configure the equipment around it.”
Customer Questions & Answers / FAQs
What is the 2HP solar irrigation pump price in Nigeria?
Pricing depends on the selected pump and whether you require pump-only supply or a complete solar pumping system.
Request the current price from ME3 Energy.
Is a 2HP solar pump suitable for irrigation?
Yes, where the selected pump can provide the required flow at the project's Total Dynamic Head.
How many acres can a 2HP solar pump irrigate?
There is no reliable universal acreage figure. Crop water demand, irrigation method, pumping hours, flow, storage and head all affect the answer.
Is 2HP better than 1.5HP?
Not automatically. If a 1.5HP pump satisfies the required operating point efficiently, increasing horsepower may add unnecessary cost.
Should I choose 2HP or 3HP?
Compare both pump curves against the required flow and TDH. Choose based on the required operating point rather than horsepower alone.
Can I use a 2HP solar pump for drip irrigation?
Yes, provided the hydraulic system is correctly designed.
Can it run sprinklers?
Potentially. Sprinklers have pressure requirements that must be included when selecting the pump.
Can I use it with a borehole?
A suitable submersible configuration can be used where the pump curve and borehole conditions match.
Does it require batteries?
Not necessarily. Water storage is often an alternative for suitable daytime-pumping applications.
How many panels does a 2HP solar pump need?
The answer depends on the actual pump/controller electrical specifications and selected solar-panel characteristics.
Can ME3 Energy provide the complete system?
Yes, suitable projects can be quoted with pump, solar equipment and applicable installation scope.
Need More Water? Don't Automatically Buy a Bigger Pump.
A 2HP solar irrigation pump may provide the operating capacity your project requires—but only when the selected pump can deliver your required flow at the actual Total Dynamic Head.
ME3 Energy helps farms and project teams move beyond horsepower guessing.
Tell us:
How much water you need + where the water comes from + how high and how far it must travel.
We can then determine whether the 2HP option belongs in your system.
Get Your Solar Irrigation Pump Sized
Lets Get Your Solar Irrigation Pump Sized
| Manufacturer | Collins & Hayes |
|---|---|
| Enable Start Countdown Timer | Yes |
| Enable End Countdown Timer | Yes |
