Description

C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC

The C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC is a high-capacity solar water pumping solution designed for residential, agricultural, commercial and off-grid water supply applications. With a 2.0HP motor rating, this C-DIVINE solar submersible pump is suitable for appropriately designed boreholes, wells, irrigation systems, farms, livestock watering, water storage tanks and other applications requiring reliable water movement.

The AC & DC capability provides greater flexibility for solar pumping installations where a compatible solar DC power source and AC electricity source are available. This makes the pump a practical option for Nigerian customers looking for a 2HP solar water pump, 2HP solar borehole pump, AC/DC solar submersible pump, solar irrigation pump or solar pumping machine in Nigeria.

For customers searching Google for where to buy solar water pumps in Lagos Nigeria, the C-DIVINE 2.0HP model provides a higher-capacity option for applications where smaller 0.5HP, 1HP, 1.5HP and 1.8HP pumps may not provide sufficient pumping performance.

Important: Pump horsepower alone does not determine water output. The exact C-DIVINE model’s maximum head, flow rate, operating voltage, outlet size, controller requirements and recommended solar-panel configuration should be confirmed from the manufacturer’s datasheet or product nameplate before installation.

C-DIVINE 2HP AC/DC Solar Submersible Water Pump

The C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC is designed for submerged water-pumping applications. It can be considered for compatible boreholes, wells and other water sources where water needs to be lifted and transferred to a storage tank, irrigation network or distribution system.

Its submersible construction allows the pump to operate below the water level while delivering water through a connected pipe.

The AC/DC configuration makes it suitable for hybrid pumping applications where users want to take advantage of solar energy while retaining access to a compatible AC electricity source where supported.

This can be particularly useful in Nigeria, where homeowners, farmers, businesses and rural communities may need dependable water pumping despite inconsistent grid electricity.

Key Features of C-DIVINE 2.0HP Solar Water Pump

2.0HP High-Capacity Motor

The 2.0HP motor rating provides a higher-power pumping solution for applications requiring greater capacity than smaller solar pumps.

It can be considered for:

• Residential boreholes
• Agricultural irrigation
• Farms
• Livestock watering
• Water storage systems
• Commercial properties
• Rural water supply
• Off-grid applications
• Suitable industrial water-transfer applications

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

AC & DC Hybrid Operation

The AC/DC design provides flexibility for appropriately designed systems.

Depending on the exact C-DIVINE model and controller, the pump can utilise compatible DC solar power and an AC electricity source.

This can allow users to make greater use of solar energy while maintaining an alternative power option where required.

Submersible Construction

The pump is designed for underwater installation in suitable boreholes and wells.

Submersible operation is particularly useful for lifting water from underground sources and transferring it to an elevated or ground-level storage tank.

Solar-Powered Water Pumping

When connected to the appropriate solar panels and pump controller, the C-DIVINE 2HP pump can utilise solar energy to power water pumping.

This provides an alternative to relying exclusively on grid electricity or petrol/diesel generators.

Benefits of C-DIVINE 2.0HP Solar Submersible Water Pump

1. Higher Water-Pumping Capacity

The 2.0HP rating provides a higher-power option for customers whose water requirements exceed the capacity of smaller pumps.

It can be suitable for appropriately sized residential, agricultural and commercial water systems.

However, the actual flow rate must always be checked against the manufacturer’s pump curve.

2. Reduce Generator Dependence

Using solar energy for water pumping can reduce the amount of time a petrol or diesel generator needs to operate.

This can be valuable for homes, farms and businesses that currently spend significant amounts on generator fuel for borehole water pumping.

3. Harness Solar Energy

The pump can form part of a solar PV water-pumping system that converts sunlight into electricity for pumping water.

This is particularly useful in Nigeria, where solar energy can be an important alternative energy source for homes, farms and businesses.

4. Suitable for Borehole Water Supply

The C-DIVINE 2.0HP submersible pump can be considered for suitable boreholes where its maximum head and flow characteristics meet the requirements of the installation.

It can transfer underground water into storage tanks or directly into an appropriately designed water distribution system.

5. Suitable for Agricultural Irrigation

Farmers can use appropriately sized solar pumps to move water from boreholes, wells, reservoirs or tanks to irrigation systems.

Potential applications include vegetable farming, crop irrigation, greenhouse farming, nursery irrigation and other agricultural projects.

6. AC/DC Flexibility

The AC/DC design can provide an additional power-source option compared with pumps designed exclusively for solar DC operation.

Where the exact model supports AC input, an appropriate AC source can be used when solar energy is unavailable or insufficient.

7. Useful for Off-Grid Locations

The C-DIVINE 2HP solar pump can be considered for locations where grid electricity is unavailable, unreliable or expensive.

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

8. Suitable for Water Storage Systems

The pump can be used to fill water storage tanks during suitable operating periods.

Water storage is especially useful with solar pumping because water can be pumped when solar energy is available and stored for later use.

Recommended Applications

The C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC can be considered for:

• Residential borehole water supply
• Well water pumping
• Farm irrigation
• Agricultural water supply
• Vegetable farms
• Crop farms
• Greenhouse irrigation
• Nursery irrigation
• Livestock watering
• Poultry farms
• Water tank filling
• Garden irrigation
• Rural water supply
• Commercial properties
• Off-grid water systems
• Construction water supply where suitable
• Fish farming applications where hydraulically appropriate
• Remote water-pumping projects

2HP Solar Borehole Pump

If you are searching for a 2HP solar borehole pump in Nigeria, the C-DIVINE 2.0HP model can be considered for a compatible borehole installation.

However, choosing a borehole pump based only on horsepower is not recommended.

Before purchasing, determine:

• Borehole depth
• Static water level
• Dynamic water level
• Required flow rate
• Vertical lifting height
• Horizontal pipe distance
• Pipe diameter
• Required daily water volume
• Total Dynamic Head
• Available solar power
• Pump operating voltage

Total Dynamic Head

Total Dynamic Head (TDH) is one of the most important factors when selecting a solar borehole pump.

It takes into consideration the vertical height water needs to be lifted as well as friction losses through pipes, valves, bends and other components.

A 2HP pump may have enough motor power but still fail to deliver the required amount of water if the operating head is too high.

Therefore, the C-DIVINE pump should be selected according to its actual pump performance curve, not simply its horsepower rating.

2HP Solar Pump for Farming

The C-DIVINE 2HP solar water pump can be considered for appropriately sized agricultural water systems.

Farmers can use solar pumping to move water from a borehole, well, reservoir or other water source to crops and irrigation equipment.

Potential applications include:

• Vegetable farming
• Crop irrigation
• Greenhouse farming
• Nursery irrigation
• Orchard irrigation
• Drip irrigation
• Sprinkler irrigation
• Livestock watering
• Poultry farms
• Agricultural water storage

For large commercial farms with very high water requirements, multiple pumps or a higher-capacity solar pumping system may be more appropriate.

Solar Irrigation Pump

Reliable irrigation is essential for many agricultural operations.

The C-DIVINE 2.0HP solar pump can be incorporated into an appropriately engineered irrigation system where the required flow and pressure fall within the pump’s specifications.

The correct pump size depends on:

• Farm size
• Crop requirements
• Irrigation method
• Water-source depth
• Required daily water volume
• Pipe length
• Elevation
• Required pressure
• Irrigation operating hours

For drip or sprinkler systems, calculate the required flow and pressure before selecting the pump.

Solar Pump for Water Tank Filling

The C-DIVINE 2HP solar submersible pump can be used to transfer water from a suitable borehole or well into a storage tank.

A typical system can operate as follows:

Borehole → C-DIVINE 2HP Pump → Delivery Pipe → Water Storage Tank

A float switch or water-level controller may be installed where appropriate to stop the pump when the tank reaches the desired water level.

This arrangement allows solar energy to be converted into stored water rather than requiring electrical battery storage.

Solar Panel Requirements

The correct solar-panel configuration depends on the actual C-DIVINE 2HP pump and controller specifications.

A complete system may contain:

• Solar panels
• C-DIVINE 2.0HP solar pump
• Compatible solar pump controller
• MPPT pump controller where specified
• Solar cables
• DC isolator
• Circuit breaker
• Surge protection
• Earthing system
• Water pipes
• Storage tank
• Float switch
• Water-level sensor
• Borehole accessories

Important

Do not calculate the required solar panels using horsepower alone.

The solar array must be matched to the pump controller’s:

• Maximum PV voltage
• Operating voltage
• Maximum current
• Recommended PV power
• MPPT voltage range

Incorrect PV sizing can result in poor performance or equipment damage.

AC/DC Solar Water Pump System

One of the major advantages of the C-DIVINE 2.0HP model is its AC/DC configuration, where supported by the specific model.

A properly configured system can utilise solar DC power during suitable sunlight conditions while retaining a compatible AC power option.

This can be useful for:

• Homes
• Farms
• Businesses
• Rural communities
• Off-grid properties
• Agricultural projects

The exact changeover method depends on the pump controller. Some systems support automatic AC/DC switching, while others require a specific control arrangement.

Always follow the manufacturer’s wiring instructions.

MPPT Solar Pump Controller

A compatible MPPT solar pump controller can be an important component of the system.

MPPT technology can help optimise power harvested from solar panels under changing sunlight conditions, subject to the design of the controller.

A properly matched controller should be compatible with:

• C-DIVINE 2HP pump
• Solar-panel voltage
• Solar-panel current
• Solar-panel power
• AC input requirements
• Pump operating characteristics

An ordinary solar charge controller should not be substituted for a dedicated pump controller unless the manufacturer explicitly confirms compatibility.

Does a 2HP Solar Pump Need a Battery?

Not necessarily.

Many solar water-pumping systems are designed to operate directly from solar panels through a dedicated pump controller.

This can eliminate the need for a battery bank for the pumping application.

Instead of storing electricity, the system can store water in a tank.

For example:

Solar Energy → Pump → Water Tank → Water Usage

This can be a cost-effective approach for applications where water can be pumped primarily during daylight hours.

If battery operation is required, the C-DIVINE pump and controller must specifically support the intended battery voltage and configuration.

Solar Pump vs Generator Pump

Traditional borehole pumps may depend on grid electricity or fuel generators.

Solar water pumping offers an alternative.

Advantages of Solar Water Pumping

• Uses renewable solar energy
• Can reduce generator fuel consumption
• Can reduce dependence on grid electricity
• Suitable for remote locations
• Suitable for agricultural irrigation
• Can operate during daylight
• Can be integrated with water storage
• Can reduce recurring pumping-energy expenses
• Suitable for off-grid applications

Solar pumping performance still depends on adequate sunlight, correct PV sizing, pump selection and hydraulic system design.

Complete C-DIVINE Solar Water Pumping System

A typical installation can consist of:

Solar Panels → MPPT Pump Controller → C-DIVINE 2.0HP Pump → Water Pipe → Storage Tank → Distribution

Depending on the installation, additional equipment may include:

• DC isolator
• Circuit breaker
• Surge protection
• Earthing
• Non-return valve
• Float switch
• Water-level sensor
• Borehole accessories
• Water filtration
• Properly sized solar cables

Professional installation is recommended.

Connection With Other Solar Products

Customers purchasing a C-DIVINE 2HP solar water pump may also require other solar and electrical equipment, including:

• Solar lithium batteries
• Solar tubular batteries
• Solar gel dry cell batteries
• Solar inverter batteries
• Solar hybrid inverters
• Solar hybrid off-grid inverters
• MPPT solar charge controllers
• Solar panels
• Solar cables
• DC protection equipment
• AC protection equipment
• Home electrical materials

All components should be selected according to their electrical specifications and intended application.

Maintenance Tips

Clean Solar Panels

Keep solar panels reasonably clean and free from excessive dust, leaves and other obstructions.

Inspect Solar Cables

Regularly inspect cables and connectors for physical damage, loose connections, corrosion and overheating.

Monitor Water Output

A sudden reduction in water output may indicate a change in water level, pipe blockage, pump problem or electrical issue.

Monitor Borehole Water Level

Ensure the pump does not operate outside the manufacturer’s recommended conditions.

Inspect Pipework

Check pipes, valves, joints and fittings for leaks or blockages.

Check Pump Controller

Monitor the controller for fault codes, warning indicators and abnormal operating conditions.

Important Installation Considerations

Before purchasing the C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC, confirm:

1. Exact motor power.
2. DC operating voltage.
3. Maximum DC input voltage.
4. AC operating voltage.
5. Maximum head.
6. Recommended working head.
7. Maximum flow rate.
8. Recommended flow rate.
9. Outlet diameter.
10. Pump diameter.
11. Controller specifications.
12. Recommended solar-panel capacity.
13. Borehole diameter.
14. Cable requirements.
15. Total Dynamic Head.

These specifications should be obtained from the actual C-DIVINE product datasheet or nameplate.

Why Choose C-DIVINE 2.0HP Solar Submersible Water Pump?

The C-DIVINE 2.0HP Solar Submersible Water Pump AC & DC is a practical option for customers searching for a higher-capacity solar water pump for residential, agricultural, borehole, irrigation and off-grid applications.

Its 2.0HP motor rating provides a higher-power option compared with smaller 0.5HP, 1HP, 1.5HP and 1.8HP solar pumps.

The AC/DC configuration can also provide additional flexibility for installations where compatible solar and AC power sources are available.

For customers searching online for 2HP solar submersible water pump in Nigeria, 2HP solar borehole pump in Lagos, AC/DC solar water pump, solar irrigation pump, solar pump for farming or C-DIVINE solar water pump, this product is well positioned for relevant Google searches.

Product Benefits Summary

• 2.0HP high-capacity solar water pump
• AC/DC operation where supported
• Submersible design
• Suitable for compatible boreholes and wells
• Suitable for residential water supply
• Suitable for agricultural irrigation
• Suitable for farms
• Suitable for livestock watering
• Suitable for water tank filling
• Suitable for off-grid applications
• Uses renewable solar energy
• Can reduce dependence on fuel generators
• Can reduce reliance on grid electricity
• Suitable for remote water-supply projects
• Compatible with an appropriate solar pump controller
• Suitable for properly designed AC/DC solar pumping systems