Solar DC Pump (centrifuge)
Solar DC Pump (screw)
High Technical Solar DC Submersible Pump
1.High Efficiency: BLDC solar water pumps are highly efficient as they have no brushes and commutators, resulting in less friction and heat loss during operation.
2.Longer Lifespan: BLDC solar water pumps have a longer lifespan due to the absence of brushes and commutators that wear out over time. They also have a lower risk of failure and require less maintenance.
3.Precise Control: BLDC solar water pumps offer precise speed and flow control, which can be adjusted based on specific application requirements.
4.Quiet Operation: BLDC solar water pumps operate quietly due to the absence of brushes and commutators, which produce noise during operation.
5.Energy-Saving: BLDC solar water pumps consume less energy than traditional pumps, resulting in cost savings and reduced energy consumption.
1. Improved Efficiency: FOC solar pump control enables better motor efficiency by reducing power losses and improving power factor. This results in energy savings and reduced operating costs.
2. High Torque and Speed Control: FOC allows for high precision and accurate control of torque and speed, resulting in improved performance and productivity.
3. Smooth Operation: FOC provides smooth and stable motor operation, reducing vibrations and noise, and improving user comfort.
4. Wide Range of Applications: FOC is versatile and can be used in various applications, including industrial automation, electric vehicles, and renewable energy systems
5. Increased Reliability: FOC can provide higher reliability as it enables better control of the motor’s behavior, reducing the risk of damage and improving safety.
High quality pump raw material
easy to configurate solar panel ,and save solar panel
Dry-run protection by software or sensor
At Hober, we are committed to exceeding standard delivery by offering exceptional customer service. We take pride in delivering timely support, adhering to high ISO 9001 standards and IEC test report, and providing quality product to your high level needs. This commitment to excellence has solidified our reputation as a premier manufacturer of solar pump
Model Selection Guide
Uncertain about the ideal Solar pump model ? Allow us to steer you toward the Depth and flow that harmonizes with your project requirements.
Have question or concerns about our solar pump ? We’re here to help to design system, whether that means addressing inquiries or dispatching an engineer to your project site for hands-on assistance.
offer free design for solar water pump system solutions, which can be customized to meet the requirements of special projects.
Provide online training, as well as 24-hour online after-sales service to ensure our customers receive the support they need.
At Hober, we’re dedicated to enhancing your business with the DC solar pump . Our unparalleled expertise in the solar industry sets us apart from the rest. The success of your venture hinges on product quality, and we’re your reliable source for excellence, ensuring your solar pump project’s success.
Whether you’re considering importing solar pump inverter for your projects or seeking wholesale distribution in your local market, reach out to us. Contact us to acquire the product that perfectly aligns with your operational requirements.
DC solar pump is a type of solar-powered water pump that operates using direct current (DC) electricity generated by solar panels. These pumps are designed to efficiently draw water from a source, such as a well, borehole, or reservoir, and supply it for various applications.
|model||Solar Pump Controller||Power||Voltage||max. Flow||max. Head||Outlet||O max|
|H4MHC(4SP5-01 )-8-8-24/250||HBDC750||0.33HP||0.25KW||24V||8 m3/h||8 m||G1 1/2 m||100 mm|
|H4MHC(4SP5-02)-8-14-24/250||HBDC750||0.33HP||0.25KW||24V||8 m3/h||14 m|
|H4MHC(4SP5-04)-8-44-48/500||HBDC750||0.67HP||0.5KW||48V||8 m3/h||44 m|
|H4MHC(4SP8-02)-13-21 -48/500||HBDC750||0.67HP||0.5KW||48V||13 m3/h||21 m||G2-|
|H4MHC(4SP8-03)-13-31 -48/500||HBDC750||0.67HP||0.5KW||48V||13 m3/h||31 m|
|H4MHC(4SP8-04)-13-34-110/1100||HBDC1500||1.5HP||1.1KW||110V||13 m3/h||34 m|
|H4MHC(4SP14-02)-15-18-110/1100||HBDC1500||1.5HP||1.1KW||110V||15 m3/h||18 m|
|H4MHC(4SP14-03)-15-28-110/1100||HBDC1500||1.5HP||1.1KW||110V||15 m3/h||28 m|
|H4MHC(5SP20-01 )-28-15-110/1100||HBDC1500||1.5HP||1.1KW||110V||28 m3/h||15 m||G2 1/2 m||125 mm|
|H3MHR-1.3-73-36/200||HBDC750||0.26HP||0.2KW||36V||1.3 m3/h||73 m||G1′1||75 mm|
|H3MHR-1.8-73-36/300||HBDC750||0.4HP||0.3KW||36V||1.8 m3/h||73 m|
|H3MHC(T09)-3.7-34-36/300||HBDC750||0.4HP||0.3KW||36V||3.7 m3/h||34 m|
|H3MHR-2.2-80-48/400||HBDC750||0.53HP||0.4KW||48V||2.2 m3/h||80 m|
|H3MHC(T15)-3.7-57-48/400||HBDC750||0.53HP||0.4KW||48V||3.7 m3/h||57 m|
|H4MHR-2.2-80-48/400||HBDC750||0.53HP||0.4KW||48V||2.2 m3/h||80 m||100 mm|
|H4MHC(VC03)-7.2-25-48/400||HBDC750||0.53HP||0.4KW||48V||7.2 m3/h||25 m||G1 1/2 m|
|H3MHR-2.8-85-48/500||HBDC750||0.67HP||0.5KW||48V||2.8 m3/h||85 m||GT*||75 mm|
|H4MHR-2.6-85-48/500||HBDC750||0.67HP||0.5KW||48V||2.6 m3/h||85 m||100 mm|
|H3MHC(T18)-3.7-69-48/500||HBDC750||0.67HP||0.5KW||48V||3.7 m3/h||69 m||75 mm|
|H4MHC(S06)-3.2-59-48/500||HBDC750||0.67HP||0.5KW||48V||3.2 m3/h||59 m||100 mm|
|H4MHC(A05)-5.2-47-48/500||HBDC750||0.67HP||0.5KW||48V||5.2 m3/h||47 m||G1 1/4″|
|H4MHC(BF03)-8.4-23-48/500||HBDC750||0.67HP||0.5KW||48V||8.4 m3/h||23 m||G1 1/2″|
|H4MHC(VC04)-7.2-33-48/500||HBDC750||0.67HP||0.5KW||48V||7.2 m3/h||33 m||G1 1/2H|
|H4MHR-2.3-132-48/600||HBDC750||0.8HP||0.6KW||48V||2.3 m3/h||132 m||GV|
|H4MHC(S07)-3.2-69-48/600||HBDC750||0.8HP||0.6KW||48V||3.2 m3/h||69 m||G1H|
|H4MHC(A06)-5.2-54-48/600||HBDC750||0.8HP||0.6KW||48V||5.2 m3/h||54 m||G1 1/H4 m|
|H4MHC(VC05)-7.2-43-48/600||HBDC750||0.8HP||0.6KW||48V||7.2 m3/h||43 m||G1 1/2 m|
|H4MHC(BF04)-8.4-30-48/600||HBDC750||0.8HP||0.6KW||48V||8.4 m3/h||30 m||G1 1/2″|
|H4MHR-2.7-170-110/750||HBDC750||1HP||0.75KW||110V||2.7 m3/h||170 m||GV|
|H4MHC(VC06)-7.2-53-110/750||HBDC750||1HP||0.75KW||110V||7.2 m3/h||53 m||G1 1/2”|
|H4MHC (BF05)-8.4-38-110/750||HBDC750||1HP||0.75KW||110V||8.4 m3/h||38 m||G1 1/2″|
|H4MHC(4SP2-13)-4.2-91 -110/750||HBDC750||1HP||0.75KW||110V||4.2 m3/h||91 m||G1 1/4-|
|H4MHR-1.8-307-110/1100||HBDC1500||1.5HP||1.1KW||110V||1.8 m3/h||307 m||G1 m|
|H4MHC(S22)-3.2-223-110/1500||HBDC1500||2HP||1.5KW||110V||3.2 m3/h||223 m||G1 m|
|H4MHC(A08)-5.2-73-110/1100||HBDC1500||1.5HP||1.1KW||110V||5.2 m3/h||73 m||G1 1/H4 m|
|H4MHC(VC08)-7.2-68-110/1100||HBDC1500||1.5HP||1.1KW||110V||7.2 m3/h||68 m||G1 1/2″|
|H4MHC (BF07)-8.4-57-110/1100||HBDC1500||1.5HP||1.1KW||110V||8.4 m3/h||57 m||G1 1/2″|
|H4MHC(4SP2-18)-4.5-124-110/1100||HBDC1500||1.5HP||1.1KW||110V||4.5 m3/h||124 m||G1 1/4″|
|H4MHR-2.2-320-110/1500||HBDC1500||2HP||1.5KW||110V||2.2 m3/h||320 m||G1 m|
|H4MHC(S14)-3.2-141-110/1100||HBDC1500||1.5HP||1.1KW||110V||3.2 m3/h||141 m||G1 m|
|H4MHC(A12)-5.2-112-110/1500||HBDC1500||2HP||1.5KW||110V||5.2 m3/h||112 m||G1 1/4″|
|H4MHC(VC11 )-7.2-89-110/1500||HBDC1500||2HP||1.5KW||110V||7.2 m3/h||89 m||G1 1/2 m|
|H4MHC(BF09)-8.4-70-110/1500||HBDC1500||2HP||1.5KW||110V||8.4 m3/h||70 m||G1 1/2″|
|H4MHC(4SP3-18)-5.9-130-110/1500||HBDC1500||2HP||1.5KW||110V||5.9 m3/h||130 m||G1 1/4″|
|H4MHC(4SP5-12)-7.2-90-110/1500||HBDC1500||2HP||1.5KW||110V||7.2 m3/h||90 m||G1 1/4″|
Solar/Battery Input: The system can run on either solar panels or batteries, giving it flexibility.
Stable and Reliable Performance: It consistently works well and doesn’t break down often.
Automatic MPPT: The system adjusts itself to get the most power from solar panels, even when sunlight changes.
Comprehensive Protection: It has safety features to prevent damage from things like high voltage or overheating.
OEM & ODM: You can customize the design to fit your brand or needs.
Case and Appearance: It looks good, and the case is sturdy to handle weather.
Wide Range of DC Input Voltage: It can work with different types of solar panels.
Fault Remind by Beep Alarming: It beeps to tell you if something’s wrong.
FOC Drive: It uses advanced technology for efficient motor control.
Pump (BLDC, PMSM): It has either an efficient or high-performance motor, depending on what you need.
Solar Panel Efficiency: The efficiency of the solar panels themselves is a significant factor. High-quality panels with better conversion rates can capture more solar energy.
MPPT (Maximum Power Point Tracking): The effectiveness of the MPPT technology in optimizing the solar panel’s power output is crucial. Better MPPT algorithms result in higher efficiency.
Pump Motor Efficiency: The type of motor used, such as brushless DC (BLDC) or permanent magnet synchronous motor (PMSM), can impact efficiency. BLDC motors are known for their high efficiency.
System Design: Proper system design, including the matching of the pump to the solar panel array, affects efficiency. Oversized or undersized components can lead to inefficiencies.
Pump Type: Different pump types (centrifugal, positive displacement, etc.) have varying efficiencies. Selecting the right pump for the specific application is essential.
Maintenance: Regular maintenance, such as cleaning solar panels and ensuring proper pump operation, can prevent efficiency losses over time.
Solar Conditions: Sunlight availability varies throughout the day and across seasons. Efficiency can fluctuate based on solar conditions.
Solar Pump Controller Efficiency: its efficiency plays a role in the overall system efficiency.Hober Solar pump controller is FOC drive ,it is highest efficiency in the market
Piping and System Losses: Pressure losses in the piping system can reduce efficiency. Proper design and materials can mitigate these losses.
Confirm the Below informations of user to Choose a pump.
a. The Head of Pump(The distance Between the Water input of pump and Water output of Pipe)
b. The Flow Requirement
After Pump’s Watt confirmed ,Solar Panel’s watt is 1.3~1.5 times of pump. and the output voltage should be within the range of solar pump controller
Do 3 times 100% quality inspection and testing throughout bulk producting , checking in the semi-finished product as frist time , completed products with full load testing for second time, finished products aging test before packing as third time , what we do is guarantee the quality to meet your satisfaction.
1. We use high-quality shock-proof packaging materials to ensure the safety of products during transportation.
2. All goods are insured to ensure financial compensation if damaged or lost during transportation.
3. By working with reputable logistics partners, we ensure timely and safe delivery.
4. Customers can monitor the progress of the order in real time through the tracking number provided.
5. Each inverter will undergo a comprehensive quality inspection before shipment.
6. We provide all necessary documents to ensure smooth shipping and customs clearance process.
7. Our customer support team is always ready to resolve all shipping related issues.
8. Based on demand, customers can choose from various shipping options including Express, air shipping , Sea shipping
—–Do not start the motor without water.
—–Do not use the cable to lift the motor from the deep well to the floor.
—–The pump should be installed at least 5 meters deep from the bottom and at least 1 meter water to cover the pump.
Wrong electric network connected to the pump should not more than 1 minute.
——If the pump is used for either new or old well, which shutdown for a long time, it is necessary to remove the sand or mud water.
Customer Support: We have a dedicated customer support team and a whatsapp to assist you promptly with any questions or concerns you may have.
Warranty Information: We ensure clear communication of warranty terms and conditions at the time of purchase so that you understand what is covered and for how long.
Maintenance Guidelines: We provide you with maintenance guidelines and schedules to help you keep your solar pump system in good condition.
Technical Support: Our team is here to offer technical support to troubleshoot and resolve issues remotely.
Field Service: When necessary, we dispatch our field service technicians to your location to diagnose and repair more complex issues that cannot be resolved remotely.
Spare Parts : We maintain an inventory of commonly needed spare parts for quick replacement in case of component failures.
Training: We offer training sessions and materials to help you understand the operation and maintenance of your solar pump system.
Regular Check-Ins: We periodically check in with you to inquire about system performance and address any emerging concerns. Our proactive approach is aimed at preventing issues from escalating.
Feedback Collection: We encourage you to provide feedback on your experiences with our after-sale service.
Repairs and Replacements: We honor warranties by promptly repairing or replacing faulty components or systems, as outlined in our warranty terms. Your satisfaction is our priority.
Hober solar pump inverter, renowned for their good quality and high performance,, For new buyers, choosing the right pump inverter can pose a challenge.
Hober, a prominent manufacturer, delivers unmatched quality in solar pump inverter products. Our comprehensive service guarantees from selection through to delivery, positioning hober as the prime choice for high-gradeinverter needs.
Furthermore, we can produce customized samples tailored to your specifications in most cases, ensuring you receive the inverter you require.
Test our high quality by yourselves with our sample now!