Solar community direct drinking water equipment is a device that
uses solar energy as an energy source and provides safe drinking
water through modern technology and water treatment techniques.
Working principle
The solar-powered community direct drinking water equipment mainly
converts tap water into directly drinkable water through the
following steps:
Pretreatment : Firstly, the water passes through a multi-stage
filtration system and disinfection technology to remove suspended
solids, large particle impurities, odors and organic compounds,
etc. Youdaoplaceholder2
Reverse osmosis membrane filtration : Under the high pressure of
reverse osmosis membranes, water removes harmful substances such as
bacteria, viruses, heavy metals and pesticide residues .
Ultraviolet disinfection : Further kill bacteria and viruses in
water through ultraviolet lamps or ozone lamps to ensure water
hygiene
Characteristics
Environmental protection and energy conservation : The
solar-powered community direct drinking water equipment uses solar
energy as its power source and does not require an external power
supply, reducing reliance on traditional energy sources and having
significant environmental benefits
High-efficiency purification : The equipment adopts multi-stage
filtration technology and reverse osmosis membranes, which can
effectively remove impurities, bacteria and viruses from water,
providing high-quality and safe drinking water
Convenience : The equipment is usually installed within the
community and residents can use it directly without having to
purchase bottled water or install complex water purification
equipment, saving costs and space
Low maintenance cost : Although the filter element and lamp tube
need to be replaced regularly, the overall maintenance cost is low,
and it reduces the use of plastic bottles and is environmentally
friendly
Application scenarios
Solar-powered community direct drinking water equipment is suitable
for various public places such as communities, schools and
hospitals, and can meet the drinking water needs of a large number
of people. Its high efficiency and environmental friendliness give
it significant advantages in energy conservation, emission
reduction and ensuring safe drinking water
