Precise temperature control technology
Multi sensor collaborative monitoring:
Install water temperature sensors at different depths and areas of the aquaculture pond, while monitoring auxiliary parameters such as environmental temperature and water flow velocity to avoid errors caused by a single sensor.
Dynamic threshold adjustment:
The system can set different temperature thresholds based on the growth stage of the breeding species, ensuring breeding efficiency and reducing energy consumption caused by frequent equipment start-up and shutdown.
Quick response regulation:
When the water temperature fluctuates beyond the threshold, the heat pump unit can quickly control the temperature accuracy by adjusting the compressor frequency and water circulation flow rate, which can significantly reduce the stress response of aquatic animals.
Anti corrosion technology
Characteristics of titanium alloy material: Titanium metal has extremely strong corrosion resistance and can remain stable in seawater, fresh water, and acidic and alkaline water without oxidation or corrosion. The service life of heat exchangers can reach more than 15 years, which is 3-5 times that of ordinary stainless steel heat exchangers.
Efficient heat transfer structure: The titanium tube adopts a spiral winding design, which increases the heat transfer area. At the same time, the water in the tube is in a turbulent state, avoiding dirt adhesion. The heat transfer efficiency is increased by 20% -30% compared to ordinary straight tube heat exchangers, ensuring the stability of temperature control.
Special process treatment: Some high-end models of titanium heat exchangers will undergo passivation treatment on the surface to form a dense oxide film, further enhancing their corrosion resistance and ensuring stable operation even in high concentration saltwater or acidic water bodies.
intelligent control system
Remote monitoring of the Internet of Things: Real time viewing of water temperature, equipment operation status, energy consumption data, and other information in the breeding pool can be done through a mobile app, allowing for real-time monitoring even when not in the breeding farm. For example, farmers can see whether the water temperature in the shrimp pond is normal at home without having to travel back and forth.
AI adaptive operation: The system has built-in growth temperature models for different aquatic species, which can automatically adjust operating parameters according to seasonal changes and breeding stages. For example, if the water temperature drops rapidly at night in winter, the system will automatically increase the heating power of the heat pump; In summer, when the water temperature rises during the day, the system will activate the cooling mode in advance to maintain a constant water temperature.
Fault warning and diagnosis: The equipment is equipped with multiple sensors that can monitor parameters such as compressor pressure, fan speed, and water flow rate in real time. When abnormalities occur, the system will automatically analyze the cause of the fault and push solutions through the APP, such as "evaporator temperature is too low, possibly due to filter blockage, please clean it in a timely manner", to avoid breeding losses caused by equipment failures.
Energy consumption optimization analysis: The system will record daily and monthly energy consumption data, compare energy consumption at different stages of breeding, and provide optimization suggestions. For example, if it is found through analysis that the energy consumption for nighttime heating is high, it is recommended to adjust the nighttime temperature threshold or optimize insulation measures to further reduce operating costs.
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