Description

C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC

The C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC is a high-capacity solar water pumping solution designed for deep boreholes, deep wells, agricultural irrigation, commercial water supply, livestock watering, large residential properties, industrial applications and off-grid water systems.

With a powerful 5.5HP motor rating, this C-DIVINE deep-well solar pump is designed for applications requiring considerably more pumping capacity than smaller 1HP, 1.5HP, 2HP and 3HP solar pumps. Its AC/DC configuration provides additional flexibility for compatible installations that utilise solar-generated DC power and an appropriate AC electricity source.

The product is particularly relevant to Nigerian customers searching online for 5.5HP solar deep well pump, 5.5HP solar borehole pump, 5.5HP AC/DC solar submersible pump, deep well solar water pump, solar irrigation pump, solar borehole pump in Nigeria and solar water pump in Lagos.

The Nigerian market includes comparable 5.5HP AC/DC submersible pumps designed for deep-well and borehole applications, demonstrating demand for this class of high-capacity solar pumping equipment. However, specifications such as maximum head, flow rate and voltage vary considerably between models, so the actual C-DIVINE specifications should be confirmed from its product datasheet before installation.

C-DIVINE 5.5HP Solar Deep Well Pump

The C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC is designed for applications where water must be lifted from a deep underground source and delivered to a storage tank, reservoir, irrigation system or water distribution network.

Unlike surface pumps, a submersible pump is installed inside the water source, making this type of equipment suitable for appropriately sized deep boreholes and wells.

The pump can form part of a complete solar water pumping system consisting of:

Solar Panels → MPPT Solar Pump Controller → C-DIVINE 5.5HP Deep Well Pump → Water Pipe → Storage Tank/Reservoir → Distribution

Depending on the exact model and controller, an AC supply can also provide an alternative power source.

Key Features

1. 5.5HP High-Capacity Motor

The 5.5HP motor rating provides substantial pumping power for demanding applications.

It can be considered for:

• Deep boreholes
• Deep wells
• Large farms
• Agricultural irrigation
• Commercial water supply
• Livestock farms
• Large residential properties
• Water reservoirs
• Rural water projects
• Industrial water transfer
• Off-grid water systems

Actual water delivery depends on the pump’s hydraulic performance, operating head and system design.

2. AC & DC Hybrid Operation

The AC/DC configuration provides power-source flexibility where supported by the specific pump and controller.

The system can potentially utilise:

Solar DC Power during suitable sunlight conditions.

AC Power from a compatible utility or generator supply when required.

This can be particularly useful for Nigerian homes, farms and businesses that want to reduce dependence on generator fuel while maintaining an alternative source of power.

Comparable AC/DC solar pumps in Nigeria are marketed with dual solar and conventional-electricity operation, although voltage and controller configurations differ between models.

3. Deep-Well Submersible Design

The deep-well configuration makes the C-DIVINE 5.5HP pump suitable for appropriately designed boreholes and wells.

Its submerged operation allows water to be pushed upward through the delivery pipe rather than relying on surface suction.

4. Solar Energy Compatible

When paired with the appropriate PV array and solar pump controller, the C-DIVINE pump can utilise solar energy for water pumping.

This can provide a practical alternative to conventional electricity and fuel generators.

Benefits of C-DIVINE 5.5HP Solar Deep Well Submersible Pump

1. Designed for Deep Water Sources

One of the main advantages of a deep-well submersible pump is its suitability for underground water sources.

The C-DIVINE 5.5HP model can be considered for deep boreholes where the required flow, head and borehole dimensions are within the pump’s specifications.

This makes it relevant for properties, farms and commercial projects that cannot rely on shallow wells.

2. High-Capacity Water Pumping

The 5.5HP motor provides a higher-power solution for applications requiring significant water movement.

This makes the pump suitable for larger water requirements than many smaller residential solar pumps.

3. Reduce Generator Fuel Consumption

A solar-powered pumping system can reduce the amount of time a petrol or diesel generator is required to operate.

For farms and businesses pumping large quantities of water, reducing generator runtime can help reduce fuel consumption and operating expenses.

4. Utilise Renewable Solar Energy

The pump can utilise electricity generated by solar panels when connected to a compatible solar pump controller.

Solar pumping is particularly useful for farms and remote locations where grid electricity is unavailable, unreliable or expensive.

5. Suitable for Agricultural Irrigation

The C-DIVINE 5.5HP deep-well pump can be incorporated into properly designed irrigation systems.

Potential applications include:

• Vegetable farms
• Crop farms
• Greenhouses
• Orchards
• Nurseries
• Drip irrigation
• Sprinkler irrigation
• Livestock farming

6. AC/DC Power Flexibility

The AC/DC configuration can provide an alternative power option when solar energy is insufficient or unavailable, provided the pump/controller supports the required AC supply.

This can improve operational flexibility for commercial and agricultural users.

7. Suitable for Large Water Storage

The pump can be used to transfer water from a deep borehole into a large storage tank or reservoir.

Stored water can then be used for irrigation, domestic purposes, livestock or other applications.

8. Suitable for Off-Grid Water Supply

The C-DIVINE 5.5HP solar deep-well pump can be considered for remote properties and rural areas without dependable utility electricity.

A properly designed system can provide water using solar energy without requiring continuous grid power.

Applications

The C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC can be used for:

Residential Water Supply

Suitable for appropriately designed residential borehole systems requiring substantial water delivery.

Agricultural Irrigation

Ideal for farms requiring reliable water from deep boreholes or wells.

Commercial Water Supply

Can be considered for hotels, estates, commercial properties and businesses with suitable water requirements.

Livestock Watering

Useful for moving borehole water to storage tanks and livestock watering points.

Greenhouse Farming

Can supply appropriately designed greenhouse irrigation systems.

Large Water Storage

Suitable for filling storage tanks and reservoirs.

Rural Water Projects

Can be considered for community and rural water-supply systems where the hydraulic specifications are appropriate.

Industrial Applications

Potentially suitable for industrial water transfer where the pump’s materials, flow, head and operating specifications meet the application.

5.5HP Solar Deep Well Pump for Nigeria

If you are searching for a 5.5HP solar deep well pump in Nigeria, selecting the correct model requires more than simply comparing horsepower.

Before buying, determine:

• Borehole depth
• Water level
• Dynamic water level
• Required flow rate
• Required daily water volume
• Vertical lifting height
• Horizontal delivery distance
• Pipe diameter
• Total Dynamic Head
• Borehole diameter
• Pump voltage
• Controller specifications
• Solar PV requirements

A comparable 5.5HP/4kW AC/DC deep-well system marketed internationally, for example, specifies a high maximum head and a specific PV configuration, illustrating why the exact pump curve and electrical requirements must be checked rather than assuming all 5.5HP pumps perform identically.

Understanding Total Dynamic Head

Total Dynamic Head (TDH) is one of the most important measurements when selecting a deep-well solar pump.

TDH includes:

• Vertical elevation
• Pipe friction
• Pipe length
• Valves
• Elbows
• Filters
• Fittings
• Required pressure

For example, a pump capable of high flow at low head may deliver considerably less water when required to lift water hundreds of metres.

Therefore, the C-DIVINE 5.5HP pump should be selected using its actual pump performance curve.

Do Not Choose a Deep-Well Pump Based on HP Alone

The best pump is not necessarily the pump with the highest horsepower.

The correct pump must provide the required:

Flow Rate + Head + Pressure + Daily Water Volume

while remaining within the manufacturer’s electrical specifications.

C-DIVINE 5.5HP Solar Pump for Farming

The C-DIVINE 5.5HP model can be a strong option for farms requiring substantial water volumes from deep boreholes.

Agricultural applications may include:

• Tomato farming
• Pepper farming
• Vegetable production
• Cucumber farming
• Greenhouse farming
• Crop irrigation
• Orchard irrigation
• Nursery irrigation
• Livestock watering
• Large irrigation reservoirs

A properly designed irrigation system can distribute the pumped water through drip lines, sprinklers or other suitable irrigation equipment.

Solar Irrigation System

A typical agricultural installation can operate as follows:

Deep Borehole → C-DIVINE 5.5HP Pump → Solar Pump Controller → Irrigation Network

or:

Deep Borehole → C-DIVINE 5.5HP Pump → Storage Reservoir → Irrigation System

The second arrangement can be particularly useful when solar availability varies throughout the day.

Water can be pumped during periods of good solar generation and stored for irrigation later.

Solar Deep-Well Pump Without Batteries

A direct solar pumping system does not necessarily require batteries.

A typical configuration is:

Solar Panels → MPPT Pump Controller → Deep-Well Pump → Water Tank

The water is effectively stored in a tank or reservoir instead of storing electricity in batteries.

This can reduce system complexity and eliminate the need for battery replacement for the pumping application.

Battery integration should only be considered where the specific C-DIVINE pump/controller supports the required battery voltage and configuration.

Solar Panel Requirements

The required solar PV array must be calculated from the actual C-DIVINE 5.5HP pump and controller specifications.

Potential system components include:

• Solar panels
• C-DIVINE 5.5HP deep-well pump
• MPPT solar pump controller
• Solar cables
• DC isolator
• Circuit breaker
• Surge protection
• Earthing equipment
• Water pipe
• Storage tank
• Float switch
• Water-level sensor

Some commercial 5.5HP solar pumping systems use dedicated MPPT controllers to extract available PV power and regulate the pump.

Important PV Sizing Warning

Do not simply multiply horsepower by an assumed solar-panel capacity.

The correct solar array depends on:

• Pump rated power
• DC voltage
• Maximum PV voltage
• MPPT voltage range
• Maximum input current
• Controller efficiency
• Local solar conditions
• Required pumping schedule

MPPT Solar Pump Controller

A compatible MPPT solar pump controller is essential for many high-capacity solar pumping systems.

The controller manages the electrical supply between the solar PV array and the pump.

It should be correctly matched to:

• C-DIVINE 5.5HP pump
• Solar-panel voltage
• Solar-panel current
• Solar-panel wattage
• Pump operating voltage
• AC input specifications

A conventional battery charge controller should not be assumed to be suitable for operating a high-power submersible pump.

AC/DC Hybrid Solar Pump

The C-DIVINE 5.5HP AC/DC configuration can provide flexibility for hybrid water pumping.

Where supported by the controller, the system can operate from solar DC power and an appropriate AC source.

This is particularly useful in Nigeria where customers may want:

Solar during the day + AC backup when required.

AC backup may come from:

• Utility electricity
• Compatible generator
• Approved AC source

The exact voltage and phase requirements must be confirmed before connection.

Advantages Over Conventional Generator Pumping

A solar deep-well pumping system can provide several advantages:

• Reduced fuel consumption
• Reduced generator operating hours
• Lower dependence on grid electricity
• Renewable energy utilisation
• Suitable for remote farms
• Suitable for deep boreholes
• Suitable for large irrigation systems
• Can operate without batteries in direct-solar configurations
• Water can be stored for later use
• Potentially lower long-term energy costs

Actual savings depend on solar availability, system design, pumping depth, water requirements and the cost of alternative electricity sources.

Complete Deep-Well Solar Water Pumping System

A professionally designed system can include:

Solar PV Array

↓

MPPT Solar Pump Controller

↓

C-DIVINE 5.5HP Deep-Well Submersible Pump

↓

Borehole Delivery Pipe

↓

Storage Tank/Reservoir

↓

Water Distribution/Irrigation

Additional equipment may include:

• Borehole cable
• DC isolator
• Circuit protection
• Surge protection
• Earthing
• Non-return valve
• Float switch
• Water-level protection
• Pipe fittings
• Storage tank
• Irrigation equipment

Maintenance Tips

Keep Solar Panels Clean

Dust and dirt can reduce PV output. Clean panels periodically according to site conditions.

Check Electrical Connections

Inspect cables, terminals and connectors for loose connections, corrosion or overheating.

Monitor Water Output

A significant reduction in flow can indicate a pump, borehole, pipework or water-level issue.

Monitor Borehole Water Level

Ensure the pump is not operating under dry-run conditions or outside its recommended installation conditions.

Inspect the Controller

Check for fault codes and abnormal voltage or current readings.

Inspect Pipework

Look for leaks, damaged pipes, blocked valves and restricted fittings.

Important Installation Checklist

Before purchasing the C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC, verify:

1. Motor power: 5.5HP.
2. Motor rated wattage: Confirm actual kW/W rating.
3. DC operating voltage: Confirm from datasheet.
4. Maximum DC voltage: Confirm from controller.
5. AC voltage: Confirm exact requirement.
6. AC phase: Single-phase or three-phase.
7. Maximum head: Confirm exact figure.
8. Recommended operating head: Confirm pump curve.
9. Maximum flow rate: Confirm exact figure.
10. Recommended flow at required head: Calculate from pump curve.
11. Pump diameter: Confirm borehole compatibility.
12. Outlet diameter: Confirm pipe requirements.
13. Controller: Confirm compatible MPPT controller.
14. Solar PV capacity: Calculate according to manufacturer specifications.
15. Borehole diameter: Ensure adequate clearance.
16. Total Dynamic Head: Calculate before purchase.
17. Daily water requirement: Determine before system sizing.

Why Choose C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump?

The C-DIVINE 5.5HP Solar Deep Well Submersible Water Pump AC & DC is designed for customers who need a powerful water-pumping solution for deep boreholes, large farms, irrigation, commercial water supply, livestock watering and off-grid applications.

Its 5.5HP rating places it in a higher-capacity category suitable for applications requiring more pumping power than smaller solar pumps.

The AC/DC configuration can provide additional flexibility for users who want to utilise solar energy while retaining access to an appropriate AC power source.

For Nigerian customers searching for 5.5HP solar deep well pump, 5.5HP solar borehole pump, 5.5HP AC/DC solar submersible pump, deep borehole solar pump, solar irrigation pump, solar water pump for farming and solar water pump in Lagos Nigeria, this product is highly relevant to those search intents.

Product Benefits Summary

• 5.5HP high-capacity solar deep-well pump
• AC/DC operation where supported
• Submersible design
• Suitable for deep boreholes and wells
• Suitable for large farms
• Suitable for agricultural irrigation
• Suitable for livestock watering
• Suitable for commercial water supply
• Suitable for large water storage systems
• Suitable for rural water projects
• Suitable for off-grid applications
• Utilises renewable solar energy
• Can reduce dependence on petrol and diesel generators
• Can reduce grid-electricity dependence
• Can operate in direct-solar systems without batteries where supported
• Compatible with an appropriate MPPT solar pump controller
• Suitable for properly engineered deep-well pumping systems