What should be considered when using a tiered layer cage system?

　　Layered egg Chicken coop What should be kept in mind when using this mode?

　　Stacking eggs Chicken coop In intensive poultry farming, high stocking densities and stringent facility requirements demand meticulous equipment maintenance to prevent accidents. Use of complete tiered systems… Chicken coop When setting up the equipment, it is recommended to pay attention to the following issues:

　　1. Power Supply Assurance System

　　In addition to the standard electrical system, an automatic transfer generator that is compatible with the poultry farm is also required.

　　2. Lighting

　　To ensure even illumination throughout the room, you can install light bulbs in staggered layers or use portable work lamps.

　　3. Conveying and Feeding System

　　The conveying and feeding process requires no manual intervention; the entire operation is fully automated. The basic workflow is as follows:

　　Feed tanker trucks deliver feed on schedule to the storage silos outside the chicken houses, after which the lateral feeding system transports the feed from the silos to each row at preset intervals. Chicken coop A feeding hopper that moves along the line. Once a traveling hopper is filled, the lateral feeding mechanism automatically stops dispensing feed. The feeding crane then retracts according to the preset timing. When it reaches the end of each cage, the crane automatically halts. During operation, each floor’s hopper corresponds to a chute, allowing feed to be evenly distributed into the chutes, so every chicken can freely access fresh feed.

　　After the chickens have consumed all the feed in the trough (after a preset time), the feeder automatically moves to the front of the cage rack and then stops at the head‑rack position. During operation, the crane once again evenly dispenses feed into the chute, completing one feeding cycle. The number of feedings per day depends on the specific procedures adopted by each poultry farm.

　　4. Automatic Drinking System

　　Layered Eggs Chicken coop The equipment’s water supply pipe is installed on each floor. Chicken coop At the top center, each layer Chicken coop Inside, there are two nipple drinkers for the chickens in both the left and right cages. Beneath each nipple is a V-shaped water collection trough that captures any water splashed during drinking, allowing it to evaporate naturally. This prevents splashed water from contaminating the chicken manure, keeping it drier.

　　At the upstream end of each water line, there is a filter, an intelligent water meter, a dosing device, and a pressure-reducing regulator. By analyzing the digital data from the intelligent water meter, it is possible to monitor the chickens’ daily water intake and assess their health status.

　　5. Fecal Cleaning System

　　This kind of stacked egg Chicken coop The manure-removal system of the rearing equipment features a unique design, with each level… Chicken coop A vertical manure‑removal belt is installed below, causing the droppings from each layer of chickens to fall onto it. As air flows longitudinally, most of the moisture in the manure is carried outside, significantly reducing its water content. Because the manure dries in layers within the poultry house without undergoing fermentation, it can be cleaned very thoroughly each time, resulting in low ammonia levels and fresh, clean air—conditions that promote healthy chicken growth and help reduce the incidence of disease.

　　6. Automatic Ventilation and Cooling System

　　The automatic ventilation and cooling system is designed to achieve stratification. Chicken coop Fundamental engineering for equipment automation. Because high-density layer hens are raised in fully enclosed poultry houses, the indoor climate is entirely regulated by an automated ventilation and cooling system. If this system is improperly designed or operated, it can significantly impair egg production. Therefore, when designing such systems, it is essential to take into account the specific climatic conditions of the local poultry farm. Given the substantial north–south climatic differences in China, the design of automated ventilation systems for fully enclosed houses should prioritize cooling in the south and ventilation in the north.