"European Standard Poultry Feeding And Drinking Smart IoT Equipment System"

1. Feeding System

(1) Description

• Precise Feeding
  Sensors and control systems are used to accurately measure and quantify feed to ensure that animals receive the right amount of feed to avoid over- or under-feeding.

• Personalized Feeding Plan
  According to the characteristics of animal breed, growth stage, weight and other characteristics, a personalized feeding plan is automatically generated to meet the nutritional needs and growth and development of different animals.

• Data Monitoring And Analysis
  Through sensors and data acquisition systems, key indicators such as food intake and digestion of animals are monitored in real time, and the data is analyzed to provide scientific basis and decision support.

• Feeding Regulation And Optimization
  Based on data analysis and feedback, the feeding equipment is automatically regulated, the feeding amount and frequency are accurately controlled, the feed utilization rate is maximized, and the loss and cost are reduced.

• Remote Management And Control
  Through the mobile phone application or cloud platform, the feeding equipment can be remotely monitored and managed, the feeding status of the animal can be checked at any time, and the remote adjustment and control can be carried out to improve work efficiency and convenience.

• Alarm And Early Warning Function
  Set thresholds and rules, and in the event of an abnormal situation (such as feed blockage, supply failure, etc.), the system can immediately send out alarms or early warning information to help solve the problem in time and ensure the health and safety of the animals.

(2) Performance Specification Of Feeding Hardware

• 7.0-inch industrial capacitive touch screen, Chinese and English bilingual switching, industrial shell, ABS flame retardant material, shell thickness ≥3.5mm,

• Realize IP66 protection level  32-bit industrial central processor, strict operation logic and mature communication protocol, with 110V-307V industrial wide voltage power supply, to ensure the stable operation of the system.

• Industrial grade shell, ABS flame retardant material, shell thickness ≥3.5mm, to achieve IP66 level of protection.

(3) Material Line Controller

• Multi Scenario Applications
  Support single twisted dragon and single stopper chain control, support twisted dragon with stopper chain and stopper chain with stopper chain control, support twisted dragon and stopper chain with small twisted dragon control.

• Full Function Control
  Supports single feeding/discharging, timed feeding/discharging, continuous feeding/discharging, and age selection control functions.

(4) Early Warning Protection

• Supports power supply voltage exceeding limit, phase loss and imbalance alarm, supports motor current exceeding limit and power exceeding limit alarm shutdown, supports upper level material full pause, supports current high pause, etc.

• Real time monitoring of power supply voltage, motor current, sensor operation status, etc.

(5) High Scalability Performance

• Adopting 485 networking method, it can connect multiple FC2131/2132 for integrated control, supporting a maximum of 4 main material lines and 16 sub material lines for multi unit network, and supporting multi-level relay.

• Subsequent construction of buildings does not require the addition of new equipment and can be achieved through expanded functionality.

2. Drinking System

(1) Description

• Real-Time Water Consumption Monitoring
  IoT water meters and flow sensors continuously track drinking behavior for chicks, broilers, and layer hens at different growth stages
  Chicks typically consume 0.05–0.10 L per bird per day, broilers 0.18–0.30 L, and layer hens 0.20–0.35 L; the system collects minute-level data and flags deviations above 15% to detect early-stage health or environmental issues.

• Automatic Water Pressure Regulation
  Pressure sensors combined with automatic regulators control the water line pressure for different poultry ages
  The system adjusts pressure dynamically (e.g., chicks 5–10 kPa, growers 10–20 kPa, layers 20–30 kPa), ensuring proper nipple flow rate, preventing leakage, and maintaining dry litter conditions critical for both broilers and egg production.

• Online Water Quality Monitoring
  IoT sensors monitor pH, temperature, and turbidity across the entire poultry house system
  Maintains optimal water quality (pH 6.0–7.5, temperature 15–25°C), which is especially important for chicks with weaker immunity and layer hens where water quality directly affects egg production and shell quality.

• Disease Early Warning System
  AI analyzes drinking patterns across chicks, broilers, and layer hens
  A drop of 10–20% in water intake or abnormal fluctuations can indicate early disease or stress; chicks show faster response to illness, while layers may show gradual decline linked to production drops, enabling 1–2 days early intervention.

• Automatic Medication And Vaccination Dosing
  IoT-controlled dosing pumps deliver precise medication for all poultry types
  The system maintains dosing accuracy within ±2%, which is critical for chicks (sensitive to dosage) and layer hens (where overmedication may affect egg safety), while recording full treatment history.

• Water Saving And Cost Optimization
  The system detects leakage and inefficient water usage across different housing systems
  By reducing wastage from 10–15% to below 5%, it is especially beneficial in layer farms with long production cycles and chick rearing systems where excess moisture can lead to disease.

• Temperature-Linked Water Supply Adjustment
  The system integrates environmental temperature with water supply control
  Water intake increases by 5–7% per 1°C rise; chicks are highly sensitive to dehydration, while layer hens require stable intake to maintain egg production, so the system automatically adjusts supply to match environmental changes.

• Remote Monitoring And Management
  Data can be accessed via mobile or desktop platforms such as SmartFarm App
  With updates every 1–5 minutes, farm managers can remotely monitor multiple poultry houses, including chick rearing and layer houses, improving response speed and reducing manual labor.

• Data Analytics For Production Optimization
  Long-term data analysis supports better management decisions for both meat and egg production
  The system tracks water-to-feed ratios (chicks ~1.3–1.5, broilers ~1.6–2.0, layers ~1.8–2.2) and correlates with growth rate and egg output, helping optimize feeding programs and environmental settings.

• Automatic Cleaning And Maintenance Alerts
  The system monitors water line usage and hygiene levels across all poultry stages
  Recommends cleaning every 7–14 days, which is especially critical for chicks (to prevent bacterial infection) and layer hens (to maintain consistent water intake and egg production), with automated alerts or cleaning integration.

(2) Fittings

• Waterline System Host

• Automatic flushing, manual flushing

• Simple interface and one click operation

• 4 relay outputs: drinking water valve, backwash valve, feeding valve, pulse, alarm

• 485 communication interface (unlimited number of connections for electric ball valves and liquid level alarms)

• 10 inch screen

(3) Waterline Ball Valve Controller

• 110 channels/controller, installed at the front end of each row of cages

• The number of controllers can be infinitely connected in series

• 485 communication interface

• PCB board coated with three proof paint

(4) Terminal Information Collection Module

• 10 channels/controller, installed at the rear end of each row of cages

• The number of collection modules can be infinitely connected in series

• 485 communication interface

• PCB board coated with three proof paint

(5) Electric Voltage Regulator

24V, powder metallurgy gear

(6) Water Shortage Alarm

Capacitive sensor, imported chip, sensitivity without attenuation

Smart Farm LoT Combined System

IoT Farm Environmental Control

Egg Production Equipment

"Quick Viewing Of IoT Smart Poultry Farming System"

4. Smart Poultry Farm Case Showing From Taiyu (HK) Group

At 0:34s showing Vcloud smart poultry system working to help you learning how smart poultry farming system working.

The video is suitable for viewing on vertical screen devices. Please open and watch it using a mobile phone or iPad.

5. Why Choose Taiyu (HK) Group

Here is a 15 mins video showing Taiyu (HK) Groups 's poultry farm equipment, production department, QC, logistics department, customer cases...

(1) Integrated Farm Construction

Taiyu (HK) Group provides a one-stop integrated farm solution, from planning and design to construction and operation, covering poultry and livestock farming, vegetable greenhouses, smart greenhouses, and ecological recycling systems, with successful demonstration projects implemented in Europe, Africa, and Southeast Asia.

(2) Intelligent Management System

By integrating artificial intelligence and IoT technologies, Taiyu (HK) Group enables real-time monitoring, automated control, and data analysis of farm environments, equipment, feed distribution, and production processes, improving efficiency and productivity while complying with European modern agricultural standards.

(3) Sustainable Innovation

Through precision farming, energy saving, emissions reduction, and data-driven decision-making, Taiyu (HK) Group promotes agricultural modernization, enhances product quality and international competitiveness, and fully meets European green agriculture and sustainability requirements.

6. Contact Us

For fast response, feel free to contact us directly via WhatsApp at +8618830120193, please provide the following information:

• Your full name

• Phone number (including WhatsApp ID)

• Email address

• Equipment you're interested in (poultry farm turnkey project, chicken cages, name of poultry farm equipment.)