14.4m³/h 400m Doyin 12.5HP AC/DC Hybrid Solar Borehole Pump System Kit 4SF10-234-9200W AD

The 14.4m³/h 400m Doyin 12.5HP AC/DC Hybrid Solar Borehole Pump System Kit 4SF10-234-9200W AD is a powerful high-flow, extreme-head solar borehole pumping system designed for demanding water projects requiring substantial water volume and exceptional lifting capability.

Powered by the Doyin 4SF10-234-9200W AD 12.5HP / 9200W AC/DC Hybrid borehole pump, the system delivers a maximum flow rate of 14.4m³/h and reaches an exceptional 400-metre maximum head. This combination makes it particularly relevant for challenging agricultural, livestock and borehole-to-storage projects where both water-transfer capacity and very high pumping head are critical.

The system is supported by a substantial solar array comprising thirty 590W panels, providing a total nominal PV capacity of 17.70kWp. The kit also includes 420 metres of 2.5mm² 4-core submersible cable, 40 metres of 6mm² PV cable and one cable-splicing kit.

Its AC/DC Hybrid configuration distinguishes the 4SF10-234-9200W AD from DC-only solar pumping systems. Exact AC/DC input requirements, electrical protection and operating arrangements should follow Doyin’s technical requirements for this exact model.

Actual water output depends on borehole yield, total dynamic head, pipe diameter, delivery distance, available power, solar conditions and installation quality. The 14.4m³/h maximum flow and 400m maximum head represent different operating points and should not be expected simultaneously.

Technical Specifications

Kit Contents

• One Doyin 4SF10-234-9200W AD 12.5HP AC/DC Hybrid borehole pump
• Thirty 590W solar panels
• 420m of 2.5mm² 4-core submersible cable
• 40m of 6mm² PV cable
• One cable-splicing kit

Key Features

• Powerful 12.5HP / 9200W Doyin AC/DC Hybrid borehole pump for demanding water projects.
• Exceptional 400m maximum head for extreme-head water-lifting applications.
• Provides up to 14.4m³/h maximum flow under suitable operating conditions.
• Combines substantial water-transfer capacity with exceptional pumping head.
• Large solar array comprising 30 × 590W panels.
• Total nominal solar capacity of 17.70kWp.
• Extensive 420m of 2.5mm² 4-core submersible cable included.
• Increased 40m of 6mm² PV cable supplied for the solar-side connection.
• Includes one cable-splicing kit.
• Specifically positioned for demanding projects where high water volume and extreme lifting requirements must be considered together.

Applications / Use Cases

💧 Extreme-Head Borehole Pumping – the substantial 400m maximum head makes lifting capability one of the defining strengths of this 12.5HP configuration.

🚜 Large Agricultural Water Storage – suitable for transferring substantial quantities of borehole water into appropriately sized farm storage tanks.

🌱 Irrigation Water Storage – the 14.4m³/h maximum flow provides significant water-transfer capacity for suitably designed irrigation storage projects.

🐄 Livestock Water Projects – suitable for pumping borehole water into central storage systems serving livestock watering points.

🏔️ High-Elevation Water Transfer – particularly relevant where considerable elevation contributes to the project’s calculated total dynamic head.

🏘️ Higher-Demand Borehole-to-Tank Systems – suitable for appropriately designed institutional, residential and other water-storage projects requiring substantial pumping capability.

🔄 AC/DC Hybrid Pumping – suitable for installations requiring an AC/DC hybrid configuration rather than relying exclusively on DC solar operation.

☀️ Large Solar Water-Pumping Systems – supplied with a substantial 17.70kWp solar array comprising thirty 590W panels.

Installation Notes

A professional borehole assessment should be completed before installing the Doyin 4SF10-234-9200W AD. Important parameters include borehole depth, static water level, dynamic water level, borehole yield, required daily water volume, tank elevation, delivery distance and pipe diameter.

The specified 400m maximum head must not be interpreted as a recommended installation depth of 400m. No separate recommended installation-depth range was supplied for this kit.

Correct pump selection should be based on total dynamic head (TDH). TDH includes vertical lift from the pumping water level to the delivery point, tank elevation and friction losses through pipes, valves, bends and fittings.

The thirty supplied solar panels provide:

30 × 590W = 17,700W = 17.70kWp

This confirms the specified 17.70kWp nominal PV array capacity.

The solar panels should be securely installed in an unshaded location with appropriate orientation. Their exact series/parallel configuration cannot be determined from the panel quantity and wattage alone. The final array configuration must comply with the electrical input limits of the 4SF10-234-9200W AD.

Because this is an AC/DC Hybrid borehole pump, the AC and DC electrical connections, protection and operating arrangement should follow Doyin’s exact technical requirements for this model.

The supplied 420m of 2.5mm² 4-core submersible cable should be checked against the final pump position and cable-routing requirements. The supplied cable length does not determine recommended pump installation depth.

The 40m of 6mm² PV cable should be correctly routed and protected. The submerged pump-cable connection should be completed using the supplied splicing kit and appropriate waterproofing procedures.

Installation scope, pipework and any additional site-specific components should be confirmed in the final Macire quotation.

Care & Maintenance

• Keep all thirty 590W solar panels clean and free from shading.
• Periodically inspect panel mounting structures and PV connections.
• Protect the 420m submersible cable against abrasion and physical damage.
• Inspect the 40m PV cable and accessible electrical connections.
• Periodically check AC and DC electrical protection.
• Inspect delivery pipes, valves and fittings for leaks or restrictions.
• Monitor borehole water levels and avoid pumping below a safe operating level.
• Monitor water delivery for unexpected changes in performance.
• If output decreases, check borehole yield, dynamic water level, TDH, pipework and available power.
• Have electrical and pumping faults inspected by a qualified technician.
• Follow Doyin operating and maintenance requirements for the 4SF10-234-9200W AD.

Mini FAQ

What is the maximum flow rate?

The Doyin 4SF10-234-9200W AD provides a maximum flow rate of 14.4m³/h, giving this system substantial water-transfer capacity.

What is the maximum head?

The pump reaches an exceptional 400m maximum head, making it a very high-head configuration for demanding water-lifting projects.

Will it deliver 14.4m³/h at 400m head?

This should not be assumed. 14.4m³/h maximum flow and 400m maximum head represent different operating points. Actual flow at the required pumping head should be confirmed from the applicable pump performance data.

Can the pump be installed 400m deep?

The 400m figure is maximum head, not a supplied recommended installation depth. Correct pump depth depends on static and dynamic water levels, borehole yield and total dynamic head.

What power is the pump?

The 4SF10-234-9200W AD is specified as a 12.5HP / 9200W AC/DC Hybrid borehole pump.

How many solar panels are included?

The system includes thirty 590W solar panels.

What is the total PV array capacity?

The thirty panels provide:

30 × 590W = 17,700W = 17.70kWp.

What makes this Doyin model stand out?

Its combination of 12.5HP / 9200W power, 14.4m³/h maximum flow and 400m maximum head specifically positions it for demanding projects requiring substantial water transfer together with exceptional lifting capability.

How much submersible cable is supplied?

The package includes 420 metres of 2.5mm² 4-core submersible cable.

How much PV cable is included?

The kit includes 40 metres of 6mm² PV cable.

Is a cable-splicing kit included?

Yes. The kit contains one cable-splicing kit.

Why Buy from Macire

• Genuine Doyin equipment supplied as a complete AC/DC hybrid solar pumping package
• Professional borehole-pump selection and sizing guidance
• Project-specific solar and water-system design support
• Transparent equipment and installation quotations
• Professional installation and commissioning coordination
• Reliable technical guidance and after-sales support
• Convenient shopping at Macire’s Nairobi showroom
• Trusted Kenyan power, machinery and water solutions partner

Order from Macire

Contact Macire for borehole assessment, pump sizing, system selection, ordering and professional installation coordination.

Visit us: Kenafric Business Park, Unit 5, Nairobi, Kenya
WhatsApp: 0750 006 600
Call: 0713 520 969 / 0718 762 530
Website: Macire