Introduction
The solar fountain aerator is a water purification device that uses solar energy as its power source. It mainly combines fountain landscaping with aeration and oxygenation to achieve the dual functions of improving water quality and beautifying the environment. Its core components include solar photovoltaic panels, controllers, motors, water pumps and nozzles, etc. It does not require an external power supply and is driven by solar energy. It features green energy conservation, easy installation and simple maintenance.
Characteristics
Green and environmentally friendly, energy-saving and highly efficient
With solar energy as the sole energy source, it does not require power supply from the power grid, has low operating costs, no carbon emissions, and is in line with the concept of sustainable development.
Solar photovoltaic panels have a high conversion rate and can provide stable power supply when there is sufficient sunlight. Even on cloudy days, they can maintain short-term operation relying on energy storage systems.
2. Multi-functional integration
Fountain landscaping: By using nozzles of different shapes (such as mushroom shape, dandelion shape, cedar shape, etc.), beautiful water curtain landscapes are formed to enhance the ornamental value of the water body.
Aeration and oxygenation: By the contact between water flow and air, it increases the dissolved oxygen content in water bodies, inhibits excessive algae growth, and improves the problem of water eutrophication.
Water circulation: Promote water flow, prevent stagnant water, facilitate water quality uniformity, and reduce sediment deposition.
3. Easy to install and maintain
It does not require complex construction and can be directly installed in water bodies such as ponds, lakes, and landscape water pools. It supports floating boat or fixed installation.
The intelligent control system automatically adjusts the operation mode (such as timed start and stop, light sensing), reducing manual intervention. The equipment has a simple structure, is easy to disassemble and clean, and has a low maintenance cost.
4. Strong adaptability
It is suitable for water bodies of different areas (from small courtyard pools to large lakes), and different power models can be selected according to the depth and area of the water body.
It has strong weather resistance, is made of anti-corrosion and waterproof materials, and can adapt to various environments such as high temperature, low temperature and humidity.
Working principle
1. Energy conversion process
Solar energy collection: Photovoltaic panels convert light energy into electrical energy, which is stored in batteries or directly supplied to motors.
Mechanical energy drive: The motor drives the water pump to operate, pumping water from the bottom to the nozzle to form a high-speed water flow.
2. Made by aeration oxygenation machine
After the water is sprayed out from the nozzle, it forms fine water droplets or water curtains, which come into full contact with the air. Oxygen enters the water body through physical dissolution.
When water drops to the surface, it generates an impact force, further stirring the water body, enhancing the gas exchange between the surface layer and the air, and increasing the concentration of dissolved oxygen (DO).
3. Principle of Water Quality Improvement
A high dissolved oxygen environment inhibits the activities of anaerobic microorganisms and reduces the release of harmful gases such as ammonia nitrogen and hydrogen sulfide.
Promote the decomposition of organic matter by aerobic microorganisms and reduce COD (Chemical Oxygen Demand) and BOD (Biochemical Oxygen Demand) in water bodies.
Water flow disrupts the static water environment required for algae reproduction and inhibits the outbreak of harmful algae such as cyanobacteria.
Application scenarios
1. Garden landscape water bodies
Park lakes, community landscape pools, courtyard fish ponds, etc., are used for landscaping and water quality maintenance, creating a water feature effect that combines movement and stillness.
2. Urban water system governance
For municipal water bodies such as rivers and artificial lakes, solve the problems of black and odorous water and eutrophication, and assist in ecological restoration projects.
3. Agriculture and animal husbandry
Fish pond aeration: It replaces traditional electric aerators, reduces energy consumption in aquaculture, and is especially suitable for fish ponds in remote areas.
Irrigation water tank: Prevents water deterioration and ensures irrigation water quality.
4. Ecological restoration project
Ecological protection of natural water bodies such as wetlands and reservoirs, improving the habitat environment of aquatic organisms through oxygenation and circulation.
5. Water features in front of hotels and shopping malls in commercial and public Spaces, as well as artificial lakes in commercial complexes, enhance the style of the venues and maintain water quality.
Typical application cases
Small courtyard water pool: Install a small solar fountain aerator and pair it with colorful lights to create a night view while preventing the water pool from stinking.
Urban park lakes: Large-scale equipment is used for large water bodies to suppress the outbreak of blue-green algae in summer and maintain water flow to prevent freezing in winter.
Rural fish ponds: Utilizing solar-powered aerators to address the power shortage issue in remote areas and enhance the survival rate of fish fry.
Through the above functions, solar fountain aerators have become important equipment for water body ecological governance and landscape improvement, especially in scenarios lacking power grid coverage or pursuing green and low-carbon development, where they have significant advantages.
Process flow:
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