Solar energy is converted into electricity through solar panels to
power components such as water pumps, filtration systems and
ultraviolet germicidal lamps. The water pump draws water into the
equipment. The water passes through multiple layers of filtration
materials, such as PP cotton, activated carbon, ultrafiltration
membranes or reverse osmosis membranes, etc., to remove impurities,
organic matter, heavy metal ions and other substances in the water.
Finally, it is sterilized by ultraviolet lamps to kill bacteria and
viruses in the water.
一. Energy Utilization: Clean and low-carbon, self-sufficient
Solar-powered, no external power supply required
It directly converts solar energy into electricity or heat without
relying on traditional power grids, making it particularly suitable
for environments with insufficient grid coverage or off-grid
conditions (such as remote areas and outdoor scenarios), reducing
reliance on fossil fuels.
Energy-saving and highly efficient, with low operating costs
Solar energy is a free and renewable energy source. Once installed,
the equipment has low long-term operating costs and only requires
regular maintenance of the filter components. It is suitable for
scenarios with limited budgets or those that need long-term stable
water supply.
二. Function and Performance: Multiple purification, strong
adaptability
Multi-stage filtration and sterilization ensure high water quality
The combination of "physical filtration + ultraviolet/distillation
sterilization" (such as PP cotton + activated carbon +
ultrafiltration membrane + UV sterilization) is usually adopted,
which can effectively remove impurities, heavy metals, bacteria,
viruses and other harmful substances. Some equipment (such as
reverse osmosis type) can even treat high-salinity water sources
(such as seawater).
Resistant to harsh environments and highly durable
Solar panels and the body are mostly made of weather-resistant
materials (such as UV-resistant plastics and stainless steel),
which can adapt to complex environments such as high temperatures,
humidity, and sandstorms, and are suitable for long-term outdoor
use.
The operation is simple and the degree of intelligence is high
Some devices support automatic start and stop, water quality
monitoring and fault alarm functions, which can be operated without
professional personnel. For example, household devices can be run
with one click through the control panel.
三. Applicable Scenarios: Flexible and portable, with wide coverage
Portable devices: The first choice for outdoor scenarios
The small portable models (such as GoSun Flow) are only the size of
a water bottle and have a light weight (1-3 kilograms). They are
suitable for scenarios such as hiking, camping, and exploration,
and can quickly purify natural water sources such as rivers and
streams.
Small and medium-sized systems: Home and emergency rescue
The daily processing capacity of household equipment is usually 100
to 500 liters, which can meet the daily water needs of a family of
3 to 5 people. In disaster rescue, temporary water supply points
can be quickly set up to solve the problem of drinking water
shortage in disaster-stricken areas.
Large-scale equipment: Industrial and special scenarios
Seawater desalination equipment (such as STREED systems) can
process several tons of seawater per day and is suitable for
large-scale freshwater production on coastal islands, ships or in
arid areas. It can be used in the industrial field for the
pretreatment of highly polluted water sources (such as mine water
and chemical wastewater).
| Solar-powered Full Automatic Water Purification System |
| Control | automatic/manual | Main pipe | BL32 |
| Micron Filter Housing | 4040-2 /600PSI | Power | 20KW |
| PP filter | 20 inch 5um filter | Voltage | AC 380V |
| pressure gauge | 1-10bar | Electrical control protection level | IP54 |
| Framework | ROstainless steel | ultrafiltration membrane | 3 |
| precision filter | 5 core*20 inch | Net Weight | 6000Kg |
