Description

C-DIVINE 1.8HP Solar Submersible Water Pump AC & DC

Product Overview

The C-DIVINE 1.8HP Solar Submersible Water Pump AC & DC is a high-capacity solar water pumping solution designed for homes, farms, boreholes, agricultural irrigation, livestock watering, water storage and other applications requiring dependable water supply.

With a 1.8HP motor rating and AC/DC operating capability, this C-DIVINE solar submersible pump is designed for customers who require more pumping capacity than smaller 0.5HP, 1HP and 1.5HP models. Its hybrid AC/DC configuration provides flexibility for appropriately designed solar pumping systems where solar-generated electricity and a compatible AC power source can be used.

The product is particularly relevant to Nigerian customers searching for a 1.8HP solar submersible water pump, 1.8HP solar borehole pump, AC/DC solar water pump, solar irrigation pump, solar pumping machine, solar pump for farming or solar water pump in Lagos Nigeria.

Comparable 1.8HP AC/DC solar submersible pumps currently marketed in Lagos include models rated around 1.3kW, with examples specifying up to 155m maximum head and approximately 3,800 litres/hour maximum flow. These figures are not specifications for the C-DIVINE model and should not be used as its specifications without confirmation from the actual product datasheet.

Important: Pump performance depends on the exact model. Before installation, confirm the C-DIVINE 1.8HP pump’s operating voltage, maximum head, flow rate, outlet size, controller specifications, solar-panel requirements and AC input specifications from the manufacturer’s nameplate or datasheet.

C-DIVINE 1.8HP AC/DC Solar Submersible Pump

The C-DIVINE 1.8HP Solar Submersible Water Pump AC & DC is designed for underwater installation in suitable boreholes, wells and other compatible water sources.

The submersible configuration allows the pump to operate below the water level and push water through a delivery pipe to an elevated tank, irrigation network, livestock watering system or other destination.

Its AC/DC design provides additional flexibility for users who want to incorporate solar energy into their water-pumping system while retaining a compatible AC power option where supported.

This makes the pump suitable for residential, agricultural and commercial water-supply applications where the required water volume and pumping head fall within the pump’s specifications.

Key Features

1.8HP Pumping Capacity

The 1.8HP motor rating provides a higher-power option for water-pumping applications requiring more capacity than smaller solar pumps.

It can be considered for appropriately sized:

• Boreholes
• Farms
• Irrigation systems
• Residential properties
• Livestock farms
• Water storage systems
• Agricultural projects
• Off-grid water-supply installations

The actual water output depends on the pump’s hydraulic characteristics and operating head, not horsepower alone.

AC & DC Operation

The AC/DC configuration provides flexibility when both solar and conventional electricity sources are available.

Depending on the exact C-DIVINE controller configuration, the pump may be designed to operate from suitable solar DC input and a compatible AC source.

Always verify the exact AC and DC voltage ranges before connecting the pump.

Submersible Design

The pump is designed for submerged operation in appropriate water sources. This makes it suitable for borehole and well applications where water needs to be lifted from below ground.

Solar-Powered Operation

When connected to the correct solar panels and compatible pump controller, the C-DIVINE pump can utilise solar energy for water pumping.

This makes it suitable for customers looking for a solar water pump in Nigeria and for farms or properties where reducing dependence on grid electricity or fuel generators is desirable.

Benefits of C-DIVINE 1.8HP Solar Submersible Water Pump

1. High-Power Solar Water Pumping

The 1.8HP rating provides a higher-capacity option for water-pumping applications that require more power than smaller 0.5HP, 1HP or 1.5HP systems.

This can make it suitable for larger residential water requirements, agricultural applications and appropriately sized borehole systems.

2. Reduce Dependence on Petrol and Diesel Generators

A properly designed solar water-pumping system can reduce the need to operate a fuel generator specifically for pumping water.

This can be beneficial for farms, homes and remote locations where generator fuel and maintenance costs can add to operating expenses.

3. Uses Renewable Solar Energy

The pump can use electricity generated from solar panels to move water.

Solar-powered pumping can be particularly useful in Nigeria because it allows water pumping during suitable daylight conditions without depending entirely on grid electricity.

4. Suitable for Borehole Applications

The submersible design makes the C-DIVINE 1.8HP pump suitable for compatible boreholes and wells.

However, the borehole depth and total dynamic head must be checked before purchase to ensure that the pump can deliver the required water volume at the required height.

5. Suitable for Agricultural Irrigation

The pump can be considered for farms, gardens, greenhouses and irrigation systems where its hydraulic performance meets the water requirements.

It can move water from a borehole, well, reservoir or other suitable source to irrigation points or a storage tank.

6. AC/DC Flexibility

The ability to use compatible AC and DC power sources gives the pumping system greater flexibility.

Where supported, solar energy can be used when sunlight is available, while an appropriate AC source can provide an alternative power option.

7. Suitable for Off-Grid Locations

Solar water pumping is particularly useful for rural and remote areas where grid electricity is unavailable or unreliable.

A properly designed solar pumping system can provide water without requiring continuous grid electricity.

8. Supports Water Storage

The pump can be used to transfer water into an appropriate storage tank.

Water storage is particularly useful for solar pumping because water can be pumped during periods of adequate sunlight and stored for use later.

Recommended Applications

The C-DIVINE 1.8HP 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
• Garden irrigation
• Livestock watering
• Poultry farms
• Water storage tank filling
• Rural water supply
• Off-grid water systems
• Commercial water supply
• Small-scale industrial water transfer
• Fish farming applications where hydraulically suitable
• Construction water supply where appropriate
• Remote water-pumping projects

1.8HP Solar Borehole Pump

If you are searching Google for a 1.8HP solar borehole pump in Nigeria, the C-DIVINE model can be considered for suitable borehole installations.

However, choosing a borehole pump based only on horsepower can result in poor performance.

Before buying, determine:

• Borehole depth
• Static water level
• Dynamic water level
• Required water flow
• Vertical lifting distance
• Horizontal delivery distance
• Pipe diameter
• Pipe length
• Daily water requirement
• Total Dynamic Head
• Available solar power
• Pump operating voltage

The Total Dynamic Head (TDH) is particularly important because it accounts for the vertical lifting requirement and losses through the pipework and fittings.

A pump that has adequate horsepower may still fail to deliver the desired water volume if it is operating outside its suitable head range.

1.8HP Solar Pump for Agriculture

The C-DIVINE 1.8HP solar pump can be considered for agricultural water pumping where the required flow and head match the pump’s specifications.

Potential applications include:

• Vegetable farms
• Crop irrigation
• Greenhouses
• Nurseries
• Orchards
• Livestock farms
• Poultry farms
• Garden irrigation
• Water reservoirs
• Small and medium agricultural projects

For large-scale commercial farms requiring very high daily water volumes, a higher-capacity pump or multiple pumping units may be more appropriate.

Solar Water Pump for Irrigation

A solar irrigation system can move water from a borehole, well, reservoir, tank or other suitable source to crops.

The C-DIVINE 1.8HP pump can be incorporated into an appropriately designed irrigation system.

The required pump size depends on:

• Farm size
• Crop type
• Irrigation method
• Required daily water volume
• Water-source depth
• Irrigation pressure
• Pipe length
• Elevation difference
• Required pumping hours

For drip irrigation, sprinkler irrigation and other systems, the required pressure and flow should be calculated before selecting the pump.

Solar Pump for Water Tank Filling

The C-DIVINE 1.8HP solar submersible pump can be used for appropriately designed water-storage systems.

A typical setup may pump borehole water into an overhead or ground-level storage tank. A float switch or water-level controller can be used where appropriate to stop the pump when the tank reaches its required level.

Water storage also provides an effective way of separating water availability from solar availability. Water can be pumped during daylight and consumed later.

Solar Panel Requirements

The required solar-panel configuration depends on the exact C-DIVINE 1.8HP pump and controller.

A typical solar water-pumping system may include:

• Solar panels
• C-DIVINE 1.8HP solar pump
• Compatible solar pump controller
• MPPT controller where specified
• Solar cables
• DC isolator
• Circuit protection
• Earthing equipment
• Water pipes
• Storage tank
• Float switch
• Borehole accessories

Do not select the solar-panel quantity based solely on the 1.8HP rating.

The solar array must be matched to the pump/controller’s required operating voltage, maximum input voltage, current and power.

AC/DC Solar Pump System

The AC/DC capability makes this pump suitable for hybrid water-pumping installations where compatible AC and DC power sources are available.

A properly configured system may use solar energy during suitable daylight conditions and an AC source when solar power is unavailable or insufficient.

However, the exact operating method depends on the C-DIVINE pump controller.

Some AC/DC solar pumping systems sold in Nigeria support automatic switching between solar and conventional electricity, while other systems require specific controller configurations.

Always follow the manufacturer’s wiring diagram.

MPPT Solar Pump Controller

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

MPPT technology can help a solar pumping system extract useful power from the PV array under varying sunlight conditions, subject to the controller’s design.

The controller should be correctly matched to:

• Pump motor
• Solar-panel voltage
• Solar-panel current
• Solar-panel wattage
• AC input where applicable
• Pump operating requirements

Never substitute an incompatible inverter or generic charge controller without confirming that it is designed for the pump.

Does the 1.8HP Solar Pump Need a Battery?

Not necessarily.

Many direct-solar water-pumping systems are designed to operate from solar panels through a dedicated pump controller without using a battery.

This can reduce system complexity and eliminate the battery as a major maintenance component.

For applications requiring water outside daylight hours, storing water in a tank can be a practical alternative to storing electricity in batteries.

Battery operation should only be used if the specific C-DIVINE pump/controller explicitly supports the required battery configuration.

Complete Solar Water Pumping System

For a reliable installation, the C-DIVINE 1.8HP pump should be considered as part of a complete water-pumping system:

Solar Panels → Solar Pump Controller → C-DIVINE 1.8HP Pump → Water Pipe → Storage Tank → Distribution System

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
• Filtration
• Correctly sized solar cables

Solar Pump Compared With Generator Pump

Traditional water pumping may depend on grid electricity or petrol/diesel generators.

A solar water pump provides an alternative source of pumping energy.

Advantages of Solar Pumping

• Utilises renewable solar energy
• Can reduce fuel consumption
• Useful in remote locations
• Reduces dependence on grid electricity
• Suitable for agricultural irrigation
• Can work during daylight without batteries
• Can be combined with water storage
• Can reduce recurring pumping-energy costs

Solar performance is still dependent on available sunlight, PV capacity, pump selection and hydraulic conditions.

Connection With Other Solar Products

Customers installing a C-DIVINE solar water pump may also require other solar and electrical products, 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

These products should only be combined where their electrical specifications are compatible.

Maintenance Tips

Clean Solar Panels

Inspect and clean the solar panels when necessary to prevent excessive dust and dirt from reducing solar generation.

Inspect Cables

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

Monitor Pump Output

Monitor water flow and investigate sudden reductions in output.

Check the Borehole

Monitor water levels and ensure the pump remains within its recommended installation depth.

Inspect the Controller

Check for fault codes, warning indicators and abnormal operating conditions.

Maintain Pipework

Inspect pipes, valves and fittings for leaks, blockages or damage.

Important Installation Considerations

Before purchasing the C-DIVINE 1.8HP Solar Submersible Water Pump AC & DC, verify:

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

These specifications should be taken from the actual C-DIVINE product datasheet or nameplate, not from another manufacturer’s 1.8HP pump.

Why Choose C-DIVINE 1.8HP Solar Submersible Water Pump?

The C-DIVINE 1.8HP Solar Submersible Water Pump AC & DC is designed for customers looking for a higher-power solar water-pumping solution for residential, agricultural, borehole and irrigation applications.

Its 1.8HP rating positions it above smaller 0.5HP, 1HP and 1.5HP models for applications requiring greater pumping capacity, while the AC/DC design provides flexibility for compatible hybrid power systems.

For Nigerian customers searching for 1.8HP solar submersible water pump, 1.8HP AC/DC solar pump, 1.8HP solar borehole pump, solar irrigation pump, solar water pump for farms or solar pumping machine in Lagos Nigeria, the C-DIVINE model is a relevant product to consider.

Current Lagos listings demonstrate that 1.8HP AC/DC solar pumps are already available in the Nigerian market, confirming the relevance of this product category for local searches.

Product Benefits Summary

• 1.8HP solar water-pumping capacity
• AC/DC hybrid operation where supported
• Submersible design for suitable boreholes and wells
• Suitable for residential water supply
• Suitable for agricultural irrigation
• Suitable for farms and livestock watering
• Suitable for water 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 integrated with a compatible solar pump controller
• Suitable for properly designed AC/DC solar pumping systems
• Suitable for residential, agricultural and commercial applications