2026 Complete Automated Broiler Farming Equipment Solution
With the upgrading of global consumption structure, the poultry industry is undergoing a profound transformation from traditional labor-intensive to technology-intensive. In 2026, the broiler farming industry has entered the deep waters of "digital intelligence," where automated equipment is not only a tool to reduce labor costs but also a core carrier for achieving biosecurity control, improving feed conversion rates, and ensuring food safety. This article aims to systematically review the composition, technical principles, selection criteria, and application benefits of complete automated broiler farming equipment, providing professional reference for the construction of modern chicken farms.
Chapter 1 Industry Background and Challenges
1.1 Current Situation Analysis Currently, large-scale broiler farming faces three core challenges:
**Labor Shortage and High Costs:** Traditional farming models rely heavily on manual labor for feeding, manure removal, and environmental control. With the decline of the demographic dividend, labor shortages and high labor costs have become the norm.
**Increased Biosecurity Risks:** Frequent personnel entry and exit from chicken houses increases the risk of disease transmission. Traditional open or semi-automated management methods are insufficient to meet high standards of biosecurity requirements.
Stricter Environmental Policies: The state has raised the bar for the resource utilization and emission standards of livestock and poultry manure, putting traditional extensive treatment methods under compliance pressure.
1.2 Development Trends
Modern farming models, represented by "three-dimensional farming + intelligent environmental control + data-driven approach," have become mainstream. By integrating automatic feeding, watering, manure removal, environmental control, and monitoring systems, the number of birds raised per person has increased from the traditional 5,000 to over 30,000, significantly improving land productivity and economic benefits.
Chapter 2 Composition of the Complete Automated Equipment System
Core Types and Structures
A-Type Cages: Arranged in a stepped pattern with staggered layers, facilitating ventilation and lighting, suitable for open-style chicken houses, commonly with 3-5 layers.
H-Type Cages: Arranged in an overlapping pattern, requiring a closed chicken house and a powerful ventilation system, with extremely high space utilization, reaching 8-9 layers, suitable for large-scale automated farms.
Material Standards: Mainstream use is Q235A low-carbon steel wire, with surface treatments including electro-galvanizing (7-10 years lifespan) and hot-dip galvanizing (15-20 years lifespan, stronger corrosion resistance).
Key Configurations and Parameters
Single Cage Capacity: Standard units typically hold 3-4 chickens per cage. Each system (including multi-row, multi-level units) can hold 90-200+ chickens, depending on specifications (e.g., 1200mm or 1800mm wide).
Automation System: High-end configurations include automatic feeding lines, nipple drinking lines, conveyor belt manure removal systems, and automatic egg collection belts, supporting central control box management.
Space Efficiency: Multi-level designs save approximately 70% of floor space compared to single-level farming, with each chicken occupying approximately 416-450 square centimeters (meeting most animal welfare baseline standards).
Selection Recommendations
Small-scale/Open Poultry Farm: Choose Type A (3-4 stories), semi-automatic or manual operation, low initial investment.
Large-scale/Closed Poultry Farm: Choose Type H (6-9 stories), fully automated, although higher initial cost, optimal long-term labor and space costs.
Environmental Considerations: In high humidity or coastal areas, hot-dip galvanizing is required to prevent rust and ensure a service life of over 15 years.
A complete fully automated broiler farming system mainly consists of the following eight subsystems, which work together to form a closed-loop management system.
2.1 Automated Feeding System
Function Description: Enables fully automated feed delivery from the feed tower to the trough, ensuring fresh and evenly distributed feed.
Core Components:
Feed Tower and Conveyor Line: Constructed of galvanized steel or stainless steel, equipped with rain and moisture-proof design; the conveyor pipeline uses a high-strength screw conveyor or chain drive.
Automatic Feeder: Automatically adjusts the feed tray height and feed output according to the broiler's age. The specially designed feed tray adapts to various growth stages of broilers, reducing feed spillage and waste.
Weighing Sensor: Monitors the amount of remaining feed in real time, optimizing feeding strategies based on feed intake data.
2.2 Automated Drinking Water System
Function Description: Provides clean and sufficient drinking water, preventing bacterial contamination and water waste.
Core Components:
Nipple Drinkers: Made of high-quality stainless steel or food-grade plastic, with excellent sealing to prevent leaks.
Lifting System: The water line height can be automatically or manually adjusted according to the growth of the broilers, ensuring comfortable drinking for the chickens.
Medication Dosing Device and Water Meter: Integrates an automatic medication dosing device for easy vaccine administration and disease control; a high-precision water meter records water consumption as a health monitoring indicator.
2.3 Environmental Control System (EVAC System)
Function Description: Real-time monitoring and adjustment of temperature, humidity, wind speed, light, and air quality within the chicken house to create the optimal growing environment.
Core Components:
Sensor Network: Deploys temperature and humidity sensors, carbon dioxide sensors, ammonia sensors, and anemometers.
Intelligent Environmental Controller: Based on PID algorithms or AI models, automatically links fans, evaporative cooling pads, and heaters.
Ventilation Equipment: Includes negative pressure fans (longitudinal ventilation) and side windows (lateral ventilation), eliminating dead zones and ensuring uniform airflow.
Cooling and Heating: Evaporative cooling pads are used for heat dissipation in summer; heaters, underfloor heating, or heat lamps are used for warmth during brooding in winter.
2.4 Automated Manure Removal System
Function Description: Timely removal of manure from the chicken house, reducing ammonia production and lowering disease risk.
Core Components:
Conveyor Belt Manure Removal: Suitable for stacked cage or multi-layer net-house rearing, manure is directly transported to the external treatment area, achieving separation of humans and chickens.
Scraper Manure Removal: Suitable for floor rearing, multi-scraper design ensures thorough cleaning.
Manure Treatment Equipment: Connects to external fermentation tanks or drying equipment to achieve resource utilization of manure.
2.5 Breeding Cage/Network System
Function Description: Provides habitat for broilers, affecting stocking density and animal welfare.
Core Components:
Broiler Cages: Hot-dip galvanized, corrosion-resistant and long-lasting. The bottom mesh is made of special plastic material with no sharp angles to prevent breast cysts and foot injuries.
Floor Rearing Network: High-strength plastic, one-piece molding, oval mesh, fiberglass support beams, corrosion-resistant, easy to clean and disinfect. 2.6 Lighting Control System
Function Description: Simulates natural photoperiods to regulate the broiler's biological clock and promote growth.
Core Components:
LED Dedicated Lights: Suitable spectrum, energy-efficient and durable.
Dimming Controller: Enables gradual brightening and dimming to avoid stress reactions; supports timed on/off switching and intensity adjustment.
2.7 Intelligent Monitoring and Data Management Platform
Function Description: Enables visualization, digitalization, and remote management of the breeding process.
Core Components:
Video Monitoring: Full-coverage high-definition cameras, supporting AI behavioral analysis (e.g., feeding activity, abnormal gathering).
Cloud Platform: Collects environmental and production data (feed consumption, water consumption, mortality rate), generates reports, and provides early warnings and decision support.
Mobile App: Allows managers to view the chicken farm status and receive alarm information anytime, anywhere.
2.8 Biosecurity and Disinfection Equipment
Function Description: Blocks the introduction of pathogens and maintains hygiene within the farm.
Core Components:
Vehicle Disinfection Channel: Automatic spray disinfection.
Personnel Disinfection Room: UV lamp, ozone, or atomization disinfection.
Indoor Disinfection Robot: Autonomous navigation for thorough, no-dead-angle spraying disinfection.
