Equipment Introduction
The solar-powered impeller type oxygen fish pond float pump aerator
is a surface oxygenation device driven by solar energy, mainly used
for oxygen replenishment in fish ponds, aquaculture ponds and other
water bodies. Its core structure includes:
Solar power supply system: It converts light energy into electrical
energy through solar panels and stores it in batteries to provide
power for equipment operation.
Impeller aeration device: Driven by a motor, the impeller rotates,
stirring the water surface to form water flow, increasing the
contact area between the water body and the air, and achieving
efficient oxygenation.
Floating body and pump body: The floating body is made of
corrosion-resistant materials, allowing the equipment to float on
the water surface. The pump body can be adjusted according to the
water level to ensure the aeration effect.
Working principle
Utilizing solar power generation to drive the impeller to rotate,
the impeller strikes the water surface to produce water splashes
and water flow. On the one hand, it dissolves air into the water,
increasing the dissolved oxygen content. On the other hand, it
promotes water circulation and prevents water quality
deterioration.
Core Features
Green and energy-saving, reducing costs
It is completely dependent on solar power supply and does not
require an external grid connection, reducing electricity expenses.
It is especially suitable for remote areas or farms with unstable
power supply.
Without the energy consumption cost of traditional aeration
equipment, long-term use can significantly reduce the cost of
aquaculture.
Environmental protection and zero emissions
During operation, there is no noise or exhaust gas emission,
avoiding pollution to water bodies and the surrounding environment,
which meets the requirements of ecological aquaculture.
High oxygenation efficiency and good water circulation
The rotation of the impeller can generate a strong water flow, with
a wide aeration range (usually covering hundreds to thousands of
square meters of water surface) and a fast increase in dissolved
oxygen.
The circulation of water flow can drive the bottom water to rise,
promote the exchange of water quality between the upper and lower
layers, and prevent hypoxia and organic matter deposition at the
bottom.
Convenient for installation and maintenance
The floating body design enables it to float directly on the water
surface without complex installation. It is flexible in movement
and can be adjusted in position according to the layout of the
fishpond.
The structure is simple. The main components (solar panels,
impellers, motors) are modularly designed, with low maintenance
costs and easy inspection and repair.
Strong adaptability
It has excellent wind and wave resistance and is suitable for fish
ponds, reservoirs or high-density aquaculture scenarios of
different scales.
Some of the equipment is equipped with energy storage batteries,
which can work continuously on cloudy days or at night to ensure
all-weather oxygenation.
Intelligent control and high degree of automation
Integrated solar charge and discharge management system, which can
automatically adjust power and optimize energy utilization; Some
models support remote monitoring to keep track of the equipment's
operating status in real time.
Process flow:
