Animal Husbandry Application

Animal husbandry has always been an important project in agricultural production but aquaculture is often affected by many factors such as growth environment,disease, breeding varieties and management level and so on. So Chinese aquaculture is always been developing slowly. Nowadays, with the progress of Internet of Things technology, Scientific breeding has become one of the emerging directions and has also become an important driving factor for the aquaculture industry.

If the Internet of Things technology is combined with the breeding industry. On the one hand, farmers can perceive the changes in the breeding environment and the growth of livestock for the first time rather than relying on past experience to make adjustments. On the other hand, it can keep the growing environment of livestock in the best state to achieve remote monitoring and automatic control so that it can greatly reduce labor costs.

So how does the Internet of Things technology sense the changes in the growing environment of livestock for the first time? Firstly, the environmental information of the farm is collected online through intelligent gas sensors such as carbon dioxide, ammonia, hydrogen sulfide, temperature and humidity and etc. At the same time, the existing control equipment is integrated and reformed to achieve intelligent production and scientific management of the farm. Under such circumstances, farmers can control the environmental information of the farm in real time through mobile phones, computers and other terminals to obtain anomalies and adjust them in time to achieve the purpose of healthy breeding, energy saving and consumption reduction.In addition, the system includes the automatic technology of livestock breeding which can be automatically controlled in timing and quantitative to to be fed ,lighting, taking out the egg, cleaning feces etc. How is such a complete set of high-end equipment system composed?

The system is composed of acquisition layer, transmission layer, control layer and application layer. The collection layer generally includes temperature and humidity sensors, carbon dioxide sensors, ammonia sensors, hydrogen sulfide sensors to collect of environmental values in the house in real-time; The transmission layer mainly includes a wireless transmission terminal which transmits the data of the acquisition layer to the host computer platform; The control layer mainly includes temperature control, humidity control, ventilation control, light control, etc. The application layer is the user monitoring platform which can remotely monitor the environment in each house. As shown in the picture below:

Suzhou Huiwen Nano S&T Co.,Ltd has several sets of gas sensing solutions focused on the Internet of Things such as sensor solutions for the aquaculture industry.

Using advanced and accurate digital sensors, it can accurately detect various environmental indicators.

Using the Internet of Things technology, using wireless communication, users can remotely monitor anything.Self-alarm device, when a certain environmental index does not meet or exceed the standard will automatically alarm.

User-friendly human-computer interface interface, easy to understand, easy to operate.

With the development of science and technology, now we not only use the Internet of Things technology in the production of agricultural greenhouses but also can be easily used in the aquaculture industry so that we can effectively control the environment in the house in a timely.