Progetto di allevamento avicolo in Thailandia con gabbie automatiche per 100.000 galline ovaiole

Project Overview

Il nostro progetto su larga scala di allevamento avicolo automatizzato di galline ovaiole in Thailandia, con una capacità di 100.000 capi, è stato portato a termine con successo: l’installazione delle attrezzature, la messa in servizio e il collaudo finale sono stati completati con esito positivo e l’impianto è stato ufficialmente avviato a livello commerciale.

As a one-stop poultry farming turnkey project, the entire construction process of this 100,000-bird layer farm was independently delivered by our company. The full service covered early-site survey, poultry house layout planning, steel structure poultry house construction, production and shipment of complete automatic layer equipment, on-site installation and commissioning, as well as subsequent operation and maintenance training and lifelong after-sales support.

With this turnkey project model, the customer does not need to coordinate with multiple suppliers. The project realizes a modern farming mode of being put into production immediately after completion and maintaining stable output after operation.

Turnkey Poultry Farming Project Scope

This Thailand automatic layer cage project was delivered as a complete turnkey poultry farming solution. The project scope included:

• Early-site survey
• Poultry house layout planning
• Steel structure poultry house construction
• Production of complete automatic layer equipment
• Equipment shipment
• On-site installation
• Equipment commissioning
• Overall acceptance
• Operation and maintenance training
• Lifelong after-sales support

Through one-stop project delivery, the farm received a complete poultry farming system from planning to commercial operation.

Poultry House Design for Thailand’s Tropical Climate

To adapt to Thailand’s tropical climate, which is characterized by high temperature, high humidity and frequent rainfall, the project adopted customized poultry house and equipment solutions.

Each poultry house was precisely designed for a breeding scale of 50,000 laying hens. The poultry houses adopt a heat-insulated steel structure, waterproof and anti-corrosion roof, and complete negative-pressure ventilation and cooling systems.

This design helps solve common problems in Southeast Asian farms, including:

• High temperature
• High humidity
• Ammonia accumulation
• Equipment corrosion
• Poor climate adaptation

The poultry house design fully adapts to local breeding climate conditions and supports stable layer farm operation.

Customized 4-Tier Stacked Fully Automatic Layer Cage System

The project is equipped with customized 4-tier stacked fully automatic layer cage systems. This automatic layer cage system is designed for large-scale layer production and supports standardized poultry farm management.

The system helps the farm realize unmanned intelligent management of the whole farming process and replaces the traditional labor-intensive farming mode.

The core configurations include:

• Automatic traveling feeding system
• Constant-pressure nipple drinking system
• Tiered closed automatic manure removal system
• Integrated central egg collection system
• Intelligent environmental control system

These systems work together to support automated feeding, drinking, manure cleaning, egg collection and environmental adjustment.

Automatic Traveling Feeding System

The automatic traveling feeding system can automatically complete fixed-time and quantitative feeding.

This helps reduce manual feeding work, improve feeding efficiency and support more standardized layer farm management.

For a 100,000-bird layer poultry farming project, automatic feeding is an important part of improving farm efficiency and reducing labor input.

Constant-Pressure Nipple Drinking System

The project uses a constant-pressure nipple drinking system to support stable drinking water supply for laying hens.

This system is integrated with the automatic layer cage system and helps maintain a cleaner and more stable farming environment.

Tiered Closed Automatic Manure Removal System

The project uses a tiered closed automatic manure removal system. The closed layered manure removal design keeps the chicken house clean and dry.

This system helps reduce disease risks, improve the laying hen living environment and support stable daily farm operation.

By automatically completing layered manure cleaning, the system reduces manual cleaning work and improves the overall sanitation level of the poultry house.

Integrated Central Egg Collection System

The project is equipped with an integrated central egg collection system. The smooth central egg collection structure effectively reduces egg breakage and supports stable egg quality.

Centralized egg collection helps improve daily egg handling efficiency and supports the farm’s fully automatic operation.

Intelligent Environmental Control System

The intelligent environmental control system can automatically complete constant temperature and humidity adjustment and automatic ventilation.

Together with the negative-pressure ventilation and cooling systems, the environmental control system helps the farm adapt to Thailand’s high-temperature and high-humidity climate conditions.

The system stabilizes the laying hen living environment and supports egg yield stability and egg quality consistency.

Cage Structure and Material

The cage frame is mainly made of high-quality hot-dip galvanized steel, with cold galvanized steel as an optional alternative.

The cage structure has corrosion resistance, aging resistance and structural stability. It is adapted to the high-temperature and high-humidity breeding environment in Thailand and supports long service life.

This helps reduce later equipment replacement costs as well as operation and maintenance costs for the farm.

Project Operation Results

Since the project was completed and put into operation, the farm has reduced labor costs by more than 70%, maintained an extremely low egg breakage rate and significantly decreased flock mortality.

With full automatic operation, only a small number of workers are required for daily inspection and maintenance. This greatly improves farming efficiency and economic benefits.

The project has won high recognition from local customers and demonstrates the technical strength and project delivery capability of Chinese automatic poultry breeding equipment.

Conclusion

The Thailand 100,000-bird automatic layer poultry farming project shows how a complete turnkey poultry farming project can support large-scale, standardized and fully automatic layer production.

Through customized 4-tier stacked fully automatic layer cage systems, steel structure poultry houses, automatic feeding, constant-pressure nipple drinking, tiered closed manure removal, integrated central egg collection and intelligent environmental control, the project helps the farm reduce labor costs, stabilize the laying hen living environment, reduce disease risks and improve egg quality consistency.

This project further demonstrates our capability in delivering one-stop automatic poultry farming projects for overseas layer farms.