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In recent years, with the multiple pressures of difficult land selection, tight land use, and high environmental protection requirements, the advantages of raising pigs in buildings have become more and more familiar to more and more people.

Letting pigs live in buildings was an incredible thing a few years ago, but in recent years, there have been many pig raising projects in buildings all over the country, and the theory and technology of raising pigs in buildings have developed rapidly.

According to practical experience, compared with traditional flat-floor pig raising, building pig raising has certain innovations and advantages in mode and technology, which are mainly reflected in: saving breeding land, centralizing environmental protection facilities, meeting the requirements of energy-saving agriculture, and using highly automatic mechanized equipment greatly reduces the labor cost of feeding.

At present, building pigs raising have built gestation houses, farrowing houses, fattening houses, piglet nursery houses, etc., which can meet the feeding needs of various pig herds.

Although the construction cost is relatively high compared to the leveling cost, with automatic machinery, the level of automation and intelligence is higher, and the supporting facilities are more complete, which can reduce the later operation cost, improve the efficiency of personnel management, and obtain greater economic benefits. Reach a new model of raising pigs at a higher level.

There is a problem of increasing the difficulty of feeding line installation and transportation in building pigs raising. At present, the feeding modes of building pig houses include pneumatic feeding, hoist feeding, and plug feeding modes.

Select a suitable feeding system to achieve precise feeding of each unit, each pen and each pig, conduct real-time remote monitoring of pig farms, intelligentize the feeding process and operation management, and create an intelligent management system.

Data analysis through the intelligent feeding system not only saves labor costs, but also makes decisions and adjustments to production activities in a timely manner, which greatly improves the scientific nature of breeding.

Establish a comfortable living environment for pigs, improve the health of pigs, and improve production efficiency and production quality.

Building pigs raising exceeds the slaughter capacity of traditional pig farms several times. The annual scale of 500,000 live pigs only needs about 400 mu, while traditional one-story pig farms need 4,000 mu. Under the circumstance that breeding land in my country is becoming more and more tight, building pig farms are required to breed pigs. The new model creates a great deal of practicality.