• Pumping of water in for irrigation for drinking water supply in off grid areas.
• Farmer can cultivate multiple crops throughout the year in off grid areas
• Save time spent in collecting and transporting water.
• Lower operating expense compared to diesel pumps
• Zero emission of green house gases.
• Reduced load on national grid

Daily water supply, agriculture irrigation, Animal drinking water supply, etc.

Bank TT, Western Union, PayPal, Irrevocable LC at sight, etc.

3-5 days for sample order; 7-15 days for bulk order.

Hober solar DC pump system including:

Non-hybrid solar DC pumping system(200-1500w) : solar panels, solar pump controller and DC pump

Hybrid solar DC pump systems (2200w): solar panels, hybrid solar pump controller and DC pump

Warranty: 1 year for pump, 2 years for solar pumping inverters, 1.5 years for solar pump controller

IEC62109, CE, ROHS

1), automatically operation

2), hybrid solar/grid or generator input

3), 4G/Wi-Fi remote control by cell-phone or web

4), comprehensive protection function

Solar pumping inverter power>=pump’s power

We provide comprehensive troubleshooting for fast checking and professional engineers to do technical support online.

Regular, solar panel power is configured to 1.5-2 times of pump’s power according to pump’s efficiency and system installation location.

By sea, by air, by courier (UPS/DHL/Aramax/TNT/FedEx), we will recommend fastest and cheapest shipping method based on the product quantities.

The process of agent:  Customer—VIP customer—distributor—sole distributor

Pure solar input inverter (HSPL series): supporting solar power input only

Hybrid input inverter (HSPH series): supporting solar/grid or solar/generator input

1) inquiry (existing pump phase and pump power)

2) quotation

3) send proforma invoice

4) arrange production after received payment

5) arrange delivery

Solar panels, solar pumping inverter, AC pump, pump cable, solar wire, pipe, combiner box, etc

The amount of water a solar water pump can move depends on factors such as the size of the solar panel system, the pump capacity, the depth of the water source, and the flow rate required. Generally, solar pumps are available in various capacities ranging from small units for household use to large-scale systems for irrigation and industrial purposes.

• Water source depth: Submersible pumps are better for deep wells, while surface pumps work best for shallow water sources.
• Water flow requirements: Consider how much water you need to move daily, and choose a pump with the appropriate flow rate.
• Solar panel capacity: Ensure the solar panel system can generate enough power to run the pump efficiently based on your location’s sunlight availability.
• Budget: Larger systems with higher capacity and storage options will generally cost more.
• Installation and maintenance: Ensure that the system is easy to install and maintain, especially in remote locations.

Solar water pumps rely on sunlight to generate electricity, so they are most effective during the day when the sun is shining. However, you can integrate battery storage systems that store excess electricity generated during the day to power the pump at night or during cloudy weather. Alternatively, hybrid systems can be designed to switch to grid power or backup generators when needed.

Solar water pumps generally require minimal maintenance compared to traditional fuel-based pumps. Basic maintenance tasks include cleaning the solar panels to remove dust or debris that could reduce efficiency, inspecting the pump for any blockages or wear, and checking electrical connections periodically. With proper care, solar pumps can last for many years.

The initial installation cost of a solar water pump can be higher than traditional pumps, particularly if you need a large solar array or storage system. However, solar pumps have very low ongoing operational costs since they rely on free solar energy, which means that the initial investment can be recovered over time through energy savings. Additionally, many countries offer incentives or subsidies for renewable energy systems like solar pumps, which can reduce upfront costs.

The lifespan of a solar water pump system typically ranges from 10 to 20 years, depending on the quality of the components and how well the system is maintained. Solar panels usually last for 20-25 years, while the pump may need replacement or servicing after 5-10 years, depending on usage.

Small-scale solar water pump systems can be installed by individuals with basic technical knowledge, following the manufacturer’s instructions. However, for larger or more complex systems, it is recommended to hire a professional installer to ensure proper setup, maximize efficiency, and avoid potential damage to the system.