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Water Pump for Solar Power | High Efficiency Solar Water Pump
We currently offer both commercial/industrial solar water pumps and residential solar water pumps. This article primarily focuses on residential solar water pump systems. For inquiries about commercial/industrial solar water pump systems, please contact your dedicated sales representative via email: Info@fgreenpv.com
What individual components are included in a solar water pump system?
The basic components of a civilian solar water pump are a solar panel, a water pump controller (with MPPT), a DC/AC water pump (submersible or ground-based), and other support components.
| Introduce | Battery-powered water pump system | Controller water pump system |
| composition | Solar photovoltaic panel + portable battery + water pump + water pipe and cable assembly | Solar photovoltaic panel + water pump controller + water pump + water pipe and cable assembly |
| composition | Day + Night | Day |
| efficiency | During the day, the efficiency is 80%-100% depending on the intensity of sunlight, while at night, the efficiency relying on the portable battery's power storage is 70%-90%. | During the day, the efficiency ranges from 70% to 95% depending on the intensity of sunlight. |
| cost | Moderate | Moderate |
PRODUCT DETAILS
What industries are suitable for solar water pumps?
| Industry | Typical application scenarios | Advantages | Case studies |
| Agricultural irrigation | Farmland irrigation (drip irrigation/sprinkler irrigation), greenhouses, orchards, vegetable bases | Replaces diesel pumps, reduces fuel costs, and matches peak solar radiation with peak water usage | A solar irrigation project for sugarcane farms in Thailand provides 1,200 well pumps suitable for solar applications, covering more than 1,000 farms |
| Animal husbandry | Drinking water for livestock in pastures, water supply for grasslands and desert areas | No wiring required, no manual supervision required, high reliability | Forks Farm cattle ranch, Pennsylvania, USA
Australian outback dry pastures |
| Domestic water supply in rural/remote areas | Rural household water use, centralized water supply in remote villages | Solve the problems of no power/unstable power supply, simple installation, and low maintenance cost | The Syrdarya power plant project in Uzbekistan increased unit efficiency by approximately 200%. The Qatar 2022 World Cup housing project provided smart water solutions to ensure comfortable water supply for fans worldwide during peak seasonsThe Malaysian housing water supply project provided transfer pump systems, booster pump systems, and rainwater irrigation systemsThe Chilean Pan American Games Village water supply project provided smart water solutions for apartments, ensuring an efficient drinking water supply system |
| Municipal/Public Facilities | Rural water supply projects, emergency water supply systems, and government-aided projects | Sustainable, environmentally friendly, and with low operation and maintenance costs | The Mashan Dam drainage and supporting river channel project in China features the largest diameter vertical shaft axial flow pump project in ChinaThe Iran Strategic Petroleum Storage and Transportation Project includes eight sets of heavy crude oil pumps for crude oil transfer, with a total power of 1250 kW. The hydraulic model demonstrates high efficiency and stable operationThe Moscow State University fire protection project involves the installation of an LVR fire pump station, featuring high head, high flow rate, safety, high efficiency, and low noise, ensuring campus safetyThe HIN Hotel water supply and drainage project in Indonesia |
| Aquaculture | Fishpond water replenishment, water circulation system, ecological aquaculture | Reduce long-term electricity costs and operate at low power all day | Shrimp farming and aquaculture farms in IndiaTilapia farming in KenyaSeaweed and salmon farming combined with solar energy in Norway, India, Kenya, and other regions |
Excellent solutions for Australian ranches
The MlNI 0.5-28-12-80 solar water pumping system enhances grazing efficiency by providing on-demand wateraccess,even during mobile operations.
BACKGROUND
In the past, herders had to use expensive diesel water pump systems at distant grazing areas due to the lackof a power grid. This setup was costly,required shutting down pumps at night, and often led to pump failures.
SOLUTION
All-in-one solar water pumping systemMINI 0.5-28-12-80.
BENEFITS
1.Cost Savings
It only takes three years to recoup your investment usingthis system, and enjoy more than 30 years of power gener-ation benefits.
2.Effortless Usage
The system starts automatically with one click. It has asmart solar water pump inverter, multiple protections, anda water level sensor. Additionally, it needs very littlemaintenance.
3.Flexible Usage
You can move the system to different places, so you canuse it for many things.
How to choose the right solar water pump system for you?
1.Define Your Water Needs
Start with these key question
What will the pump be used for?
Drinking water for livestock?Irrigation?Garden watering?A pond or fountain?
How much water do you need?
Estimate in liters/gallons per day.
Tip:Calculate your peak demand(e.g.hottest days for irrigation)---this determines pump sizing.
2.Know Your Water Source
Depth of water source
Shallow well/pond/river:often easier to pump from.
Deep well:requires more powerful pump and greater suction lift capability.
Static water level:Depth below surface.
Total dynamic head(TDH)
The overall vertical lift+friction losses----this tells you how hard the pump must work.
The higher the TDH,the bigger the pump&solar array you will need.
3.Choose the Right Pump Type
Once you fully understand the water quality, water usage, and water usage time you are pumping, as well as the power grid compatibility (mains power or solar panels), our professional team will develop a detailed plan for you.
Why Choose GreenPower
For home battery backup products equipped a large number of internal battery cells, we work with clients to inspect each node on-site after the batteries are completed.
GREEN POWER places a strong emphasis on product design and engineering for mass production. Colleagues in our Quality Engineering Department have extensive experience in large-scale quality production.
GREEN POWER has complete testing equipment to ensure high-standard testing and inspection support for products during the sample and mass production stages.
Given the unique safety requirements of lithium-ion products, GREEN POWER insist on testing each product's performance after it has been left stationary.
In the event of occasional delays in customer delivery times, FireflyTree’s warehouse provides free storage for completed orders for a certain period.
With our extensive experience in cross-border logistics, we are familiar with China's import and export regulatory agencies and can assist clients with customs clearance and other related processes.
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