Aquatic seedling cultivation greenhouse system

Abstract

The invention provides an aquatic seedling cultivation greenhouse system which comprises a ground-source heat pump system, a greenhouse floor heating system and a monitoring and processing system. The greenhouse floor heating system and the monitoring and processing system are respectively connected with the ground-source heat pump system. The data parameters of cultivation pond water are intelligently monitored and controlled through the ground-source heat pump system and a processor, aquatic seedlings are in suitable environment, and diseases are reduced. Aquatic pairing and incubation water temperature can be manually simulated, three to four times of seedling growing can be achieved per year, the seedling growing yield is improved, and benefits are improved. A fan set is arranged, the temperature of a greenhouse can be reduced and made to be constant fast in extremely hot weather, and the situation that a large number of aquatic products die due to the fact that the temperature in a cultivation pond rises abruptly at abnormal high temperature is avoided.

Description

technical field [0001] The invention relates to a cultivation greenhouse system, in particular to an aquatic seedling cultivation greenhouse system. Background technique [0002] When carrying out aquaculture in the existing culture pond, there are many unfavorable factors: the first, the water temperature of the culture pond is not easy to control, the water temperature of the existing culture pond changes with the change of the environment temperature, and the sudden change of the environment temperature easily leads to aquaculture. A large number of deaths; second, the oxygen content of the water in the breeding pond is not uniform, and relevant devices need to be added to balance the oxygen content in the breeding pond, and the flow performance of the water is also relatively poor, making the survival rate of aquatic products lower. [0003] In some aquaculture processes, the temperature range of aquaculture is relatively narrow, and a ground source heat pump system is u...

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Problems solved by technology

[0002] When carrying out aquaculture in the existing culture pond, there are many unfavorable factors: the first, the water temperature of the culture pond is not easy to control, the water temperature of the existing culture pond changes with the change of the environment temperature, and the sudden change of the environment temperature easily leads to aquaculture. A large number of deaths; second, the oxygen content of the water in the aquaculture pond is uneven, and related devices need to be added to balance the oxygen content in the aquaculture pond, and the flow performance of the water is also poor, making the survival rate of aquatic products low

[0003] In some aquaculture processes, the temperature range of aquaculture is relatively narrow, and a ground source heat pump system is usually introduced to adjust the water temperature in the aquaculture pond. The inventor found that the water flow rate of the floor heating equipment of the ground source heat pump system in the prior art The demand is high, the cost of electricity is high, and there is little sediment at the bottom of the water. When using the existing ground source heat pump system for aquaculture, the output of aquatic products is low and the income is low

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