• DC SUBMERSIBLE PUMPS System 1
DC SUBMERSIBLE PUMPS

DC SUBMERSIBLE PUMPS

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Item Description :

This superb new addition to our solar fountain range comes with a 10w solar panel,and a powerful fountain pump that is capable of producing fountains of up to 2m in height. As well as being easy to set up and use.Instruction manual is supplied for assembly and maintenance.


Solar Fountain Key Features :

  • Powered by direct sunlight

  • No high voltage electric mains required

  • Safe for children

  • Max. height of fountain: 2M

  • Max. flow capacity: 800 L/H(176 GAL)

  • 10W Polycrystalline solar panel included

  • 18V DC brushless pump

Solar Pump Features :

  • Can produce fountains up to : 2M (tube height) 1.4M (fountain height)

  • Comes with multiple nozzle accessories

  • Cable Length : 5M

Solar Panel Features :

  • 10W peak power.

  • Polycrystalline highly efficient solar panel

  • Comes mounted in aluminium frame

  • Comes with ground stake and rotating knob so you can angle your panel toward the sun

What You Will Get :

  • 10W solar panel

  • Solar pump

  • Ground Sake

  • Nozzle accessories

Precautions :

  • DO NOT alter or change the product itself or its components

  • Operate pump in freshwater only, never above 50 degrees celsius

  • Keep away from flammable liquids

  • Do not connect to any other power supply other than the included


Q:Can a solar pump be used for hydroponic farming systems?
Yes, a solar pump can be used for hydroponic farming systems. Solar pumps are an environmentally friendly and cost-effective solution for providing water circulation and nutrient delivery in hydroponic systems. They can effectively power the necessary water flow and can be easily integrated into the overall setup.
Q:Can a solar pump be used for rainwater harvesting systems?
Certainly, a solar pump is perfectly suitable for rainwater harvesting systems. Solar pumps provide a superb alternative to conventional electric or diesel pumps due to their utilization of renewable energy and lower operational expenses. By employing photovoltaic panels to convert sunlight into electricity, solar pumps efficiently extract water from the rainwater harvesting system. Their reliability, efficiency, and eco-friendliness make them the perfect option for rainwater harvesting systems. Furthermore, they can be effortlessly integrated into current rainwater harvesting arrangements or installed as independent systems. In conclusion, the utilization of a solar pump in rainwater harvesting can greatly enhance the system's effectiveness and sustainability.
Q:What is the maximum operating pressure of a solar pump?
The maximum operating pressure of a solar pump can vary depending on the specific model and design. However, on average, solar pumps typically have a maximum operating pressure of around 100-150 pounds per square inch (psi).
Q:What is the lifespan of a solar pump's solar panels?
The lifespan of a solar pump's solar panels can vary depending on various factors such as the quality of the panels, maintenance, and environmental conditions. However, on average, solar panels used in solar pumps have a lifespan of around 25 to 30 years.
Q:How do I properly size the storage tank for a solar pump system?
Properly sizing the storage tank for a solar pump system involves considering various factors such as the pump's flow rate, the amount of water required, and the solar panel's energy production. Here are the steps you can follow to determine the appropriate size for your storage tank: 1. Determine your water requirements: Start by calculating the amount of water you need for your daily usage or the specific purpose you intend to use the solar pump system for. This could be for irrigation, livestock, or domestic use. Consider factors like the number of people or animals, their water consumption, and any additional water needs. 2. Determine the daily solar energy supply: Assess the solar panels' energy production potential by considering the area's average sunlight hours, panel efficiency, and the system's capacity. This will help estimate the daily amount of energy available to power the pump. 3. Calculate the required storage capacity: To determine the size of the storage tank, you need to consider the daily water requirement and the solar energy supply. Divide the daily water requirement by the solar energy available to calculate the minimum storage capacity needed. For example, if you need 1000 liters of water per day and your solar pump system can produce 500 liters using the available energy, you would require at least a 2-day storage capacity (1000 liters / 500 liters = 2 days). 4. Consider variations in weather and demand: Depending on the location and weather conditions, solar energy availability may fluctuate. Additionally, water demand may vary from day to day. To ensure a reliable water supply, it is advisable to incorporate some buffer capacity in your storage tank. This buffer capacity can account for days with less sunlight or increased water demand, ensuring a consistent water supply even during unfavorable conditions. 5. Consult with professionals: If you are unsure about the calculations or need assistance in determining the optimal storage tank size, consider consulting with solar pump system professionals or engineers specialized in this field. They can provide expert advice and help you select the most appropriate storage tank size based on your specific requirements. By following these steps and considering the necessary factors, you can properly size the storage tank for your solar pump system, ensuring an efficient and reliable water supply.
Q:Can solar pumps be used for fish ponds or aquaculture?
Yes, solar pumps can be used for fish ponds or aquaculture. Solar pumps offer a sustainable and cost-effective solution for powering water circulation, aeration, and filtration systems in fish ponds. They can help maintain water quality, oxygen levels, and create a conducive environment for the growth and well-being of aquatic life. Additionally, using solar pumps reduces dependence on fossil fuels and lowers operational costs in fish farming or aquaculture setups.
Q:Can multiple solar pumps be connected to create a larger water supply system?
Yes, multiple solar pumps can be connected to create a larger water supply system. By connecting multiple pumps in parallel, the combined output can increase the water flow rate and provide a larger water supply. This can be beneficial for areas requiring higher water demand or in situations where a single pump's capacity is insufficient. Additionally, connecting multiple solar pumps allows for redundancy, ensuring uninterrupted water supply even if one pump fails.
Q:Can a solar pump system be expanded or upgraded in the future?
Indeed, a solar pump system possesses the capacity for future expansion or enhancement. These systems are designed with modularity and scalability in mind, enabling effortless expansion to cater to the user's specific demands. To augment the system's power output, one can incorporate supplementary solar panels, thereby facilitating the operation of more pumps or larger pumps. Furthermore, the capacity of the battery bank can be heightened to store surplus energy generated throughout the day for utilization during nighttime or periods of diminished sunlight. Moreover, the control system and monitoring equipment can be upgraded to encompass advanced features, such as remote monitoring and automation. In summary, the adaptability and modularity inherent in solar pump systems ensure their remarkable potential for expansion and enhancement, allowing them to seamlessly conform to evolving requirements and technological advancements in the forthcoming years.
Q:How do solar pumps handle water with high turbidity or particulate matter?
Solar pumps are equipped with filters and screens that help in the removal of particulate matter or turbidity from the water. These filters are designed to trap and prevent any solid particles from entering the pump system. Additionally, solar pumps are often equipped with self-cleaning mechanisms that periodically flush out any accumulated debris or sediments. This ensures that the pump continues to operate efficiently, even in water with high turbidity or particulate matter.
Q:Are there any compatibility issues with integrating a solar pump into an existing water system?
Yes, there can be compatibility issues when integrating a solar pump into an existing water system. Factors such as the size and capacity of the existing system, voltage requirements, and flow rates need to be considered to ensure proper integration. Additionally, compatibility with control systems, wiring, and water quality requirements should also be evaluated. It is important to consult with experts or professionals to assess any potential compatibility issues before integrating a solar pump into an existing water system.

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