Description

1.5HP Solar Submersible Water Pump AC & DC C-DIVINE

The C-DIVINE 1.5HP Solar Submersible Water Pump AC & DC is a powerful and versatile water-pumping solution designed for homes, farms, boreholes, irrigation systems, livestock watering, water storage and other applications requiring dependable water supply.

With a 1.5HP motor capacity, this solar submersible pump is designed for applications requiring more pumping power than smaller 0.5HP and 1.0HP models. Its AC/DC hybrid capability provides flexibility for appropriately designed solar pumping installations that can use direct solar power as well as a compatible AC electricity source.

For customers in Nigeria searching for a 1.5HP solar submersible water pump, 1.5HP solar borehole pump, AC/DC solar water pump, solar irrigation pump, solar pump for farming or solar water pumping machine in Lagos Nigeria, the C-DIVINE 1.5HP model is a suitable product to consider when its hydraulic and electrical specifications match the intended application.

Comparable 1.5HP AC/DC solar pumps available in Nigeria commonly use around 1,100W, although specifications differ considerably between models. Current Nigerian listings show examples ranging from approximately 63m to 123m maximum head and different flow rates, demonstrating why the exact pump datasheet should always be checked before installation.

Important: The exact C-DIVINE pump’s maximum head, maximum flow rate, operating voltage, outlet diameter, controller specifications and recommended solar-panel configuration should be confirmed from the manufacturer’s datasheet or product nameplate. Horsepower alone does not determine hydraulic performance.

C-DIVINE 1.5HP AC/DC Solar Submersible Water Pump

The C-DIVINE 1.5HP AC/DC Solar Submersible Water Pump is designed for suitable underwater water-pumping applications such as boreholes, wells, reservoirs and other compatible water sources.

Its submersible construction allows the pump to operate below the water surface and move water through a delivery pipe to a storage tank, irrigation network, livestock watering point or other destination.

The AC/DC configuration provides additional flexibility. Where supported by the specific pump and controller, the system can use electricity generated from solar panels and an appropriate AC source such as the utility supply or generator.

Comparable AC/DC solar pumping systems in Nigeria are marketed for operation from solar panels, grid electricity or generators, with some systems incorporating automatic AC/DC switching and MPPT-based controller technology.

Key Features

1.5HP Motor Capacity

The 1.5HP rating provides a higher-power pumping solution for applications requiring greater water movement than smaller solar pumps.

It can be considered for residential boreholes, agricultural irrigation, farms, livestock watering, water tanks and other appropriately sized water-supply applications.

AC & DC Hybrid Operation

The AC/DC configuration provides flexibility where both solar energy and a compatible AC electricity source are available.

This can be useful for customers who want to use solar energy as a primary pumping source while retaining an alternative power source when required.

Submersible Pump Design

The pump is designed for submerged operation in suitable boreholes and wells. This makes it appropriate for applications where water must be lifted from an underground source.

Solar-Powered Water Pumping

When connected to the correct solar panels and controller, the pump can convert available solar energy into mechanical energy for water pumping.

This can help reduce dependence on grid electricity and fuel-powered generators for appropriate installations.

Suitable for Agricultural Applications

The 1.5HP capacity makes the pump suitable for appropriately sized farms, irrigation projects, livestock watering and agricultural water-supply systems.

Benefits of C-DIVINE 1.5HP Solar Submersible Water Pump

1. Reduce Dependence on Generator Fuel

A properly designed solar water-pumping system can reduce the need to operate a petrol or diesel generator solely to pump water.

This can be especially beneficial for farms, residential properties and remote locations where fuel availability and operating costs are concerns.

2. Harness Renewable Solar Energy

The pump can be incorporated into a solar PV system to utilise sunlight for water pumping.

Using solar energy can help reduce dependence on conventional electricity sources and make water pumping practical in locations with limited or unreliable grid electricity.

3. Higher Pumping Capacity

Compared with smaller 0.5HP and 1HP models, a 1.5HP pump provides a higher-power option for applications requiring greater pumping capability.

The actual water delivery, however, depends on the pump’s hydraulic curve, head, pipework and operating conditions.

4. Suitable for Borehole Water Supply

The submersible design makes the pump suitable for compatible borehole and well installations.

It can be used to lift underground water to storage tanks or other delivery points when the borehole depth and total dynamic head fall within the pump’s operating range.

5. Suitable for Irrigation

Farmers can use appropriately sized solar pumping systems to move water from boreholes, wells, reservoirs or other water sources to irrigation networks.

The C-DIVINE 1.5HP model can be considered for vegetable farms, gardens, nurseries, greenhouses and other agricultural applications where its flow and head meet the project’s requirements.

6. AC/DC Flexibility

The ability to work with compatible AC and DC power sources can provide greater flexibility than a pump designed for only one input source.

This may be useful when solar power is available during the day but an alternative AC source is required under certain operating conditions.

7. Suitable for Off-Grid Locations

Solar water pumps can be valuable in remote areas where grid electricity is unavailable or unreliable.

A properly designed system can pump water using solar energy without requiring continuous grid electricity.

8. Supports Water Storage Systems

The pump can be used to fill suitable overhead or ground-level water tanks.

A storage tank can provide a buffer between water pumping and water consumption, allowing water to be pumped when solar energy is available and used later.

Recommended Applications

The C-DIVINE 1.5HP Solar Submersible Water Pump AC & DC can be considered for:

• Residential borehole water supply
• Well water pumping
• Farm irrigation
• Agricultural water supply
• Vegetable farming
• Greenhouse irrigation
• Livestock watering
• Poultry farming
• Water storage tank filling
• Garden irrigation
• Rural water supply
• Off-grid water systems
• Small commercial water supply
• Fish farming applications
• Industrial water transfer where specifications permit
• Remote water-pumping projects

1.5HP Solar Borehole Pump

If you are searching for a 1.5HP solar borehole pump in Nigeria, the C-DIVINE AC/DC model can be considered for compatible borehole installations.

However, selecting the correct pump requires more than simply choosing a 1.5HP motor.

The following factors should be assessed:

• Borehole depth
• Static water level
• Dynamic water level
• Required flow rate
• Vertical lifting distance
• Horizontal pipe distance
• Pipe diameter
• Required daily water volume
• Solar availability
• Pump operating voltage
• Total Dynamic Head (TDH)

The Total Dynamic Head combines the vertical lifting requirement with friction and other system losses. The selected pump must be capable of delivering the required flow at the actual operating head.

This is important because two 1.5HP pumps can have significantly different hydraulic performance. For example, current Nigerian listings show 1.5HP AC/DC models with maximum heads of approximately 90m, 100m and 123m, with different flow rates.

Therefore, do not assume that every 1.5HP solar pump can lift water to the same height.

1.5HP Solar Pump for Farming

The C-DIVINE 1.5HP solar water pump can be an effective option for appropriately sized agricultural water-pumping applications.

Solar-powered irrigation can help farmers move water from boreholes, wells, reservoirs and other sources to crops without depending entirely on grid electricity or generators.

Potential applications include:

• Vegetable farms
• Crop farms
• Greenhouses
• Nurseries
• Garden irrigation
• Drip irrigation
• Livestock farms
• Poultry farms
• Water storage systems

For large commercial farms with significant water requirements, a higher-capacity pump may be more appropriate.

Solar Pump for Borehole and Well Water

A submersible pump is commonly installed inside the borehole or well and connected to a suitable delivery pipe.

For reliable operation, the pump must be installed at an appropriate depth and remain adequately submerged according to the manufacturer’s requirements.

Customers should also consider water quality. Newly drilled boreholes may contain sand or sediment that can affect pump performance. Appropriate filtration and borehole development may therefore be required before continuous operation.

Solar Panel Requirements

The required solar-panel configuration depends on the exact C-DIVINE pump and controller specifications.

A typical solar pumping system may include:

• Solar panels
• C-DIVINE 1.5HP solar pump
• Compatible pump controller
• MPPT functionality where specified
• Solar cables
• DC isolator
• Circuit protection
• Earthing system
• Water pipes
• Storage tank
• Float switch
• Borehole accessories

Comparable 1.5HP solar pumps in Nigeria use different PV configurations. One example specifies three 615Wp panels, while another specifies three 340W panels.

Therefore, do not use another brand’s solar-panel configuration for the C-DIVINE pump. The PV array must be designed according to the exact C-DIVINE pump/controller voltage and power requirements.

AC/DC Solar Pump Operation

The AC/DC feature provides flexibility for water-pumping applications where both solar and conventional electricity may be available.

During periods of sufficient sunlight, the pump can use solar-generated DC power when connected to the appropriate system.

Where the C-DIVINE model supports AC input, a compatible AC supply can provide an alternative energy source.

Some AC/DC solar pumping systems are designed with controllers capable of switching between AC and DC sources, while others require a manual changeover arrangement. The exact configuration must be confirmed for the C-DIVINE model before connection.

MPPT Solar Pump Controller

A suitable controller is an important component of many solar water-pumping systems.

Where the C-DIVINE system uses an MPPT controller, the controller can help optimise the available solar power and regulate the electrical supply to the pump.

Some commercially available 1.5HP AC/DC solar pumps in Nigeria incorporate MPPT functionality into their controllers.

The controller should be correctly matched to the pump, solar array and power source.

Solar Pump Without Battery

A solar submersible water pump does not necessarily require a battery.

Many solar pumping systems are designed to operate directly from solar panels through a compatible controller. This can simplify the system and eliminate battery replacement requirements for the pumping application.

However, whether the C-DIVINE pump requires or supports battery operation depends on the exact controller and electrical design.

If water is stored in a tank, the tank itself can act as the energy-storage mechanism: solar energy is used to pump water during suitable daylight hours, and the stored water is used later.

Solar Water Pump vs Generator Pump

Traditional water-pumping systems may rely on grid electricity or fuel generators.

A solar pumping system provides an alternative approach.

Advantages of Solar Water Pumping

• Uses renewable solar energy
• Can reduce generator fuel consumption
• Useful in off-grid locations
• Can reduce dependence on unreliable grid electricity
• Suitable for agricultural irrigation
• Can pump water during sunny periods
• Can be combined with water storage
• Can reduce recurring energy costs

Solar pumping performance, however, depends on sunlight, PV capacity, pump selection, controller configuration, water depth and hydraulic requirements.

Complete Solar Water Pumping System

For best performance, the C-DIVINE pump should be installed as part of a properly engineered water-pumping system.

A typical arrangement may be:

Solar Panels → Pump Controller → C-DIVINE 1.5HP Pump → Delivery Pipe → Storage Tank → Water Distribution

Additional components may include:

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

Professional installation is recommended.

Can the Pump Work With Solar Batteries?

Battery integration depends on the specific C-DIVINE pump/controller design.

If battery operation is supported, the battery bank must be correctly matched to the pump’s voltage and current requirements.

For a conventional direct-solar pumping system, batteries may not be necessary. This can be an advantage for applications where water can be pumped into a storage tank during daylight hours.

Customers should not connect a solar lithium battery, tubular battery or gel battery directly to the pump unless the manufacturer’s specifications explicitly support that configuration.

Connection With Other Solar Products

Customers purchasing the C-DIVINE 1.5HP solar pump may also require:

• Solar panels
• MPPT solar charge/controller equipment
• Solar lithium batteries where supported
• Solar tubular batteries where supported
• Solar gel dry cell batteries where supported
• Solar hybrid inverter
• Solar hybrid off-grid inverter
• Solar cables
• DC protection devices
• AC protection devices
• Home electrical materials

The electrical system should be professionally designed so that all components are compatible.

Maintenance Tips

Proper maintenance can help maintain pump performance and system reliability.

Clean the Solar Panels

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

Inspect Solar Cables

Check cables and connectors for damage, overheating, corrosion or loose connections.

Monitor Pump Performance

Changes in water flow, unusual vibration, noise or increased operating current may indicate a problem requiring inspection.

Check the Borehole

Monitor the water level and ensure the pump is not operating outside its recommended installation conditions.

Inspect Water Pipes

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

Check the Controller

Monitor fault indicators and operating parameters on the pump controller where applicable.

Important Installation Considerations

Before purchasing or installing the C-DIVINE 1.5HP AC/DC solar submersible pump, confirm:

1. Pump operating voltage.
2. AC input range.
3. DC input range.
4. Maximum DC voltage.
5. Maximum head.
6. Recommended working head.
7. Maximum flow rate.
8. Recommended operating flow.
9. Outlet diameter.
10. Pump diameter.
11. Solar-panel requirements.
12. Controller specifications.
13. Borehole diameter.
14. Required cable size.
15. Total Dynamic Head.

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

Why Choose C-DIVINE 1.5HP Solar Submersible Water Pump?

The C-DIVINE 1.5HP Solar Submersible Water Pump AC & DC is designed for customers looking for a higher-capacity solar water-pumping solution for homes, farms, boreholes, irrigation systems and other suitable applications.

Its 1.5HP capacity provides more power than smaller 0.5HP and 1HP models, while the AC/DC configuration offers additional flexibility where the exact pump/controller supports both power sources.

For Nigerian customers searching Google for 1.5HP solar submersible water pump, 1.5HP solar borehole pump, 1.5HP AC/DC solar pump, solar irrigation pump, solar water pump for farming or solar pumping machine in Lagos Nigeria, this C-DIVINE model is a relevant product to consider.

Product Benefits Summary

• 1.5HP solar water-pumping capacity
• AC/DC hybrid operation where supported
• Submersible design for suitable wells and boreholes
• Suitable for residential water supply
• Suitable for agricultural irrigation
• Suitable for farms and livestock watering
• Suitable for water storage tank filling
• Suitable for off-grid water-pumping applications
• Uses renewable solar energy
• Can reduce dependence on fuel generators
• Suitable for remote locations
• Can be incorporated into appropriately designed AC/DC solar pumping systems
• Compatible with a suitable pump controller according to model specifications
• Suitable for Nigerian residential, agricultural and commercial applications