Solar energy aerator

Abstract

The invention relates to a solar energy aerator, which comprises an aerating device, an optical energy generating device for utilizing the optical energy of solar energy for power generation, a thermally conductive liquid cycle power generation device for utilizing the heat energy of solar energy for power generation and a storage battery for storing electric energy generated by the optical energy generating device and the thermally conductive liquid cycle power generation device, wherein the storage battery is electrically connected with the aerating device. Without external network source, the aerator is powered through the power generation of the optical energy generating device and the thermally conductive liquid cycle power generation device, and simultaneously, the cycle of thermally conductive liquid further can drive a rotating paddle to rotate for aerating a fish pond; the optical energy and heat energy of solar energy can be fully utilized so that the power generation is higher; when no sunshine, the power can be supplied through the storage battery, so that the cultivation is low in cost, more energy-saving and environmentally-friendly, and simultaneously wide in application environment; and potential safety hazards can be efficiently reduced.

Description

technical field [0001] The invention relates to an aerator, in particular to a solar aerator. Background technique [0002] In the artificial breeding industry, in order to increase fish production, it is necessary to increase the breeding density, so it is necessary to increase the dissolved oxygen in the water. The aerator increases the contact surface between water and air so that the oxygen in the air can be quickly transferred to the aquaculture water. For dissolved oxygen in water, the aerators in the prior art generally need to be connected to a power source or driven by a power source such as a diesel engine. In the breeding environment, there is even no grid power supply, relying on generators to generate electricity, the cost of breeding is higher, and it may bring potential safety hazards. In the prior art, there is also a solar aerator that utilizes the light energy of the solar energy to generate power for the aerator, but only utilizes the light energy of the ...

AI Technical Summary

Problems solved by technology

[0002] In the artificial breeding industry, in order to increase fish production, it is necessary to increase the breeding density, so it is necessary to increase the dissolved oxygen in the water. The aerator increases the contact surface between water and air so that the oxygen in the air can be quickly transferred to the aquaculture water. Dissolved oxygen in water, the aerators in the prior art generally need to be connected to a power source or driven by a power source such as a diesel engine. In the breeding environment, there is even no grid power supply, relying on generators to generate electricity, the cost of breeding is higher, and it may bring potential safety hazards

In the prior art, there is also a solar aerator that utilizes the light energy of the solar energy to generate power for the aerator, but only uses the light energy of the solar energy, and the power generation efficiency is low

Images