• 4TWS  SOLAR PUMP stainless steel CE, solar panel System 1
  • 4TWS  SOLAR PUMP stainless steel CE, solar panel System 2
4TWS  SOLAR PUMP stainless steel CE, solar panel

4TWS SOLAR PUMP stainless steel CE, solar panel

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
50 pc
Supply Capability:
100000 pc/month

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1.APPLICATION AREA:This project products are mainly used in dry region for irrigation of agriculture, It can be used for drinking water and 
living water. The living condition could be much improved. It also can be used for fountains.2.MATERIAL OF PARTS:Outlet: stainless steel 
Pump body: stainless steel 
Motor body: stainless steel 
Bearing: C&U 
3.ADVANCED TECHNOLOGY:1.Application innovation 
Compared with the traditional alternating current machine, the efficiency is improved 25% by the permanent magnetism, direct current, brushless, non-sensor motor. 
2.Technics innovation 
Adopt double plastic package for rotor and stator, motor insulation≥300MΩ, the motor security was much improved. 
3.Structure innovation 
Oil filling, convenient installation and environmental protection4.HIGHLIGHTSa.Energy-saving and environment-protected green products 
b.High technique products adopting MPPT and DSP chip technique. 
c.100% copper wire, cold-rolled silicon steel sheet 
d.CE certificate 
e.Advanced three phase brushless DC motor 
f.Stainless steel 316 screws 
g.3 years warranty5.PRINCIPLE OF OPERATION:Solar panel collects sunlight→DC electricity energy → solar controller(rectification,stabilization,amplification,filtering)→available DC electricity→(charge the batteries)→pumping water6.ADVANTAGES OF SOLAR PUMP SYSTEM:A.It is easier and more widely used than any other dynamoelectric driven pumps. 
B.It is more economical and more environmentally friendly.7.MODEL SELECTION:a.The power of solar panel = power of pump ×1.3 
The voltage of solar panel = the voltage of pump 
The controller should be matched 
b.Select the batteries according to the following formulas: 
The use hour of battery = 
The battery capacity ÷(the machine power÷the battery voltage)×0.6 For example,the machine power is 200W, the battery 
capacity is 100AH,the voltage is 12V,and the battery is fully charged,then the use hour is:100÷(200÷12)×0.6=3.6hours 
c.The battery capacity= 
the use hour ÷0.6×(the machine power÷the battery voltage) For example,the machine power is 200W,the battery voltage 
is 12V,and the battery need to be used for 3.6hours,then the battery capacity is:3.6÷0.6×(200÷12)=100AH




Q:How does the size of the water storage tank affect the performance of a solar pump system?
The size of the water storage tank can significantly affect the performance of a solar pump system. The primary purpose of a water storage tank in a solar pump system is to store the water that is being pumped by the solar pump during the day, so it can be used during periods when there is no sunlight or when the pump is not operational. One of the key factors impacted by the size of the water storage tank is the availability of water during non-sunlight hours or when the pump is not operational. A larger water storage tank will have a higher capacity to store water, ensuring a continuous supply even during periods of low or no sunlight. This is particularly important in areas with inconsistent sunlight or where the pump needs to operate during the night. Furthermore, the size of the storage tank also affects the overall efficiency of the system. A larger storage tank allows for more water to be stored, reducing the frequency of pump operation. This can lead to energy savings and prolong the lifespan of the pump as it experiences less wear and tear. Moreover, the size of the water storage tank can also impact the system's ability to meet peak water demands. If the storage tank is too small, it may not be able to store enough water to meet high demand periods, resulting in a temporary water shortage. On the other hand, a larger storage tank can accommodate higher water demands, ensuring an uninterrupted water supply during peak usage. It is important to choose the appropriate size of the water storage tank based on factors such as the water requirements, availability of sunlight, and the frequency of pump operation. A careful assessment of these factors will help determine the optimal size of the storage tank to maximize the performance and efficiency of the solar pump system.
Q:What is the impact of a solar pump on groundwater levels?
A solar pump has a positive impact on groundwater levels as it utilizes solar energy to extract water from underground sources. This sustainable alternative to traditional pumps reduces reliance on fossil fuels and minimizes environmental impact. By efficiently extracting water, it helps maintain or replenish groundwater levels, contributing to the overall conservation and sustainability of water resources.
Q:Can a solar pump be used to pump oil or gas?
No, a solar pump is not suitable for pumping oil or gas due to the different viscosity and pumping requirements of these substances.
Q:Can a solar pump be used for water supply in remote cabins or cottages?
Yes, a solar pump can be used for water supply in remote cabins or cottages. Solar pumps are a great solution for off-grid locations as they rely on solar energy to power the pump, eliminating the need for electricity from the grid. These pumps can efficiently draw water from a nearby source, such as a well or a stream, and provide a reliable water supply for remote cabins or cottages.
Q:Can a solar pump be used in areas with limited access to skilled labor for installation?
Yes, a solar pump can be used in areas with limited access to skilled labor for installation. Solar pumps are designed to be user-friendly and often come with detailed installation instructions. Additionally, they require minimal maintenance and can be easily operated by individuals with basic technical knowledge. This makes them a suitable option for areas with limited skilled labor, as they can be installed and managed by local communities or individuals with minimal training.
Q:Can a solar pump be used for water supply in a farm or agricultural land?
Certainly, a solar pump can be utilized for water supply in a farm or agricultural land. The agricultural sector is increasingly embracing solar pumps due to their numerous benefits. These pumps operate by harnessing abundant and renewable solar energy, making them both cost-effective and environmentally friendly. Solar pumps have various applications in agriculture, such as irrigation, livestock watering, and crop spraying. They provide a consistent and reliable water supply, even in remote areas where access to electricity may be limited or nonexistent. One of the primary advantages of solar pumps is their low operational cost. Once the initial investment is made in the solar panels and pump system, there are virtually no additional expenses as they do not require fuel or electricity to function. This makes them a fantastic long-term solution for farmers, enabling them to save on energy costs and reduce their reliance on fossil fuels. Furthermore, solar pumps are easy to install and maintain. They have a simple design with fewer moving parts compared to conventional pumps, reducing the risk of breakdowns and the need for frequent repairs. Additionally, they boast a longer lifespan than traditional pumps, resulting in decreased maintenance expenses and enhanced reliability. Additionally, solar pumps can be configured to operate on a timer or with sensors, allowing precise control of water usage and distribution. This promotes efficient water management, ensuring crops receive the necessary amount of water at the appropriate time. In summary, a solar pump is an excellent choice for water supply in a farm or agricultural land. It offers numerous advantages, including cost-effectiveness, environmental sustainability, ease of installation and maintenance, and efficient water management. By harnessing the power of the sun, farmers can ensure a reliable water supply for their agricultural needs while also contributing to a greener future.
Q:How does a solar pump handle water source contamination from nearby industries?
A solar pump does not directly handle water source contamination from nearby industries. However, it can be equipped with additional filtration systems or combined with other water treatment methods to address contamination concerns. These additional measures can help remove or reduce contaminants, ensuring the water pumped from a contaminated source is safe for use.
Q:How do I ensure the longevity of the solar panels used in a solar pump system?
To ensure the longevity of the solar panels used in a solar pump system, it is important to follow a few key practices. Firstly, regular maintenance is crucial, including cleaning the panels to remove any dirt or debris that may accumulate. Additionally, inspecting the panels for any signs of damage or wear and tear is important, and addressing any issues promptly can help prevent further damage. It is also essential to ensure that the panels are installed in an optimal location where they receive maximum sunlight exposure and are not obstructed by shading. Lastly, protecting the panels from extreme weather conditions such as hail or heavy snowfall can also help prolong their lifespan.
Q:Can a solar pump be used in areas with high levels of fluoride in the water?
Yes, a solar pump can be used in areas with high levels of fluoride in the water. Solar pumps are primarily used to pump water from a source such as a well or a borehole, and they do not directly affect the chemical composition of the water. However, it is important to note that a solar pump does not treat or remove fluoride from the water. To ensure safe drinking water, an appropriate water treatment system may be required to reduce fluoride levels before consumption.
Q:Can a solar pump be used for filling swimming pools or water tanks?
Yes, a solar pump can be used for filling swimming pools or water tanks. Solar pumps are designed to harness energy from the sun and convert it into power to operate the pump. They are commonly used in areas with abundant sunlight and can efficiently fill swimming pools or water tanks without relying on traditional electricity sources.

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