In Cameroon, poultry farming is an important part of agricultural development, especially laying hens, which can not only provide a stable food resource, but also create economic income for rural areas. Designing a cage system that can accommodate 10,000 laying hens requires not only efficiency, but also animal welfare, while complying with local agricultural regulations.

1. Design Overview

The design of a farm for 10,000 laying hens requires consideration of multiple aspects, including the type, material, space planning and automated management system of chicken cages. The ideal design should maximize the use of space, reduce labor intensity, and ensure the health and production efficiency of the chickens.

2. Chicken cage type and material

For the scale of 10,000 laying hens, a stacked automated chicken cage system is recommended. This type of chicken cage can effectively save space while reducing the need for manual feeding and cleaning through an automated system. The chicken cage should be made of durable galvanized steel material, which is not only corrosion-resistant but also easy to clean and maintain.

3. Space planning

Each laying hen should have at least 450 square centimeters of space to move around, which can ensure that the chickens have enough space to move around and reduce the occurrence of diseases. The entire chicken farm should include the following areas:

Living area: including the chicken cages, which should have good ventilation and lighting, and maintain appropriate temperature and humidity.
Feeding area: The automated feeding system can ensure that each chicken can get enough food in time.
Egg-laying area: It should be designed to be easy to collect eggs and reduce the labor intensity of manual collection.
Cleaning area: The automated cleaning system can regularly clean the chicken cages and excrement to maintain environmental hygiene.

4. Automated management system

Automated management system is an important part of modern poultry farming. This includes automatic feeding, drinking water systems, egg collection, and environmental control systems. By setting up an automated system, the environmental conditions of the chicken farm, such as temperature, humidity, and ventilation, can be effectively monitored and adjusted to ensure the health and production efficiency of the chickens.

Conclusion

Designing a chicken farm that can accommodate 10,000 laying hens is a complex but feasible project. By adopting modern chicken cage systems and automated management, production efficiency and economic benefits can be effectively improved while ensuring the welfare and health of the chickens. Throughout the design and implementation process, attention should be paid to technological innovation and regulatory changes to adapt to the ever-changing market and technological environment.