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Chicken House Temperature Control Equipment Buying Guide: Price, Fans, Heaters & Hot Searches
Apr 25, 2026

  • Chicken house temperature control equipment integrates ventilation fans, heating systems, and automation modules to stabilize internal poultry environments under varying external climates.

  • Poultry ventilation systems determine airflow uniformity, ammonia dilution, and oxygen supply efficiency across different stocking densities and production types.

  • Broiler house heating systems ensure precise thermal delivery during early growth stages, minimizing mortality and uneven flock development.

  • Poultry farm cooling equipment uses evaporative pads and airflow engineering to reduce internal temperatures under high ambient heat loads.

Get professional poultry farm construction guidance, equipment selection solutions, and the latest price lists, whatsApp to +8618830120193, click to learn more:

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Taiyu (HK) Group Equipment



Thermal Physiology And Heat Load In Poultry Houses



Chickens generate metabolic heat proportional to body weight and feed intake.

Total heat load equals bird count multiplied by individual heat output.

This heat must be removed using poultry ventilation systems to maintain stable indoor conditions.

Data is for reference only.Swipe horizontally to view full table.

Bird TypeAvg Weight (Kg)Heat Output Per Bird (W)Stocking Density (Birds/M²)Heat Load Per M² (W)
Broiler2.0–2.510–1210–14120–168
Layer1.5–2.06–86–836–64
Breeder2.5–3.512–154–648–90


Precision Temperature Targets By Production Type



Temperature requirements vary based on production purpose and growth phase.

Broiler house heating systems are critical during early stages, while adult layers require stable moderate temperatures.

Data is for reference only.Swipe horizontally to view full table.

Production TypeAge Range (Days)Target Temp (°C)Relative Humidity (%)Air Velocity (M/S)
Broiler1–733–3560–700.1–0.2
Broiler21–3521–2450–601.5–2.5
Layer18+ weeks18–2250–700.3–0.8
Breederadult19–2355–650.5–1.0


Ventilation Rate Calculations



Ventilation rates are calculated in cubic feet per minute per bird.

Poultry ventilation systems must maintain gas concentration thresholds and airflow efficiency.

Data is for reference only.Swipe horizontally to view full table.

Bird TypeWeight (Kg)Min Ventilation (CFM/Bird)Max Ventilation (CFM/Bird)CO₂ Limit (PPM)NH₃ Limit (PPM)
Broiler0.2–0.50.1–0.31.5–2.0300020
Broiler2.0–2.50.5–1.04.0–6.0300020
Layer1.80.3–0.62.5–4.0250015



Exhaust Fan Engineering Parameters



Fan selection must consider airflow volume, static pressure, and rotational speed.

Poultry farm cooling equipment relies heavily on efficient exhaust systems.

Data is for reference only.Swipe horizontally to view full table.

Fan Diameter (Mm)Airflow (M³/H)Static Pressure (Pa)Efficiency (%)Motor Speed (RPM)
60013,000–15,00025–4065–75900–1400
90025,000–28,00030–5070–80600–900
125040,000–45,00035–6075–85500–700



Cooling Pad System Performance



Cooling pads operate through evaporative heat exchange.

Poultry farm cooling equipment efficiency depends on airflow rate and water distribution uniformity.

Data is for reference only.Swipe horizontally to view full table.

Pad Thickness (Mm)Cooling Efficiency (%)Water Flow Rate (L/Min/M)Pressure Drop (Pa)Temp Reduction (°C)
10060–706–810–154–6
15070–808–1015–206–8
20080–8510–1220–307–10



Heating Load Calculations



Heating demand is influenced by building volume, insulation, and external temperature.

Broiler house heating systems must deliver stable thermal output during brooding periods.

Data is for reference only.Swipe horizontally to view full table.

House Volume (M³)Outside Temp (°C)Target Temp (°C)Heat Requirement (KW)Fuel Consumption (Kg LPG/Hr)
50003225–301.8–2.2
1000-53250–603.5–4.5
2000-1032100–1207.0–9.0



Environmental Control Automation Parameters



Automation systems rely on sensor accuracy and response time.

Integrated poultry ventilation systems improve environmental stability and operational efficiency.

Data is for reference only.Swipe horizontally to view full table.

Sensor TypeMeasurement RangeAccuracyResponse Time (S)Installation Height (M)
Temperature-20 to 60°C±0.3°C<100.5–1.5
Humidity0–100% RH±2%<151.0–1.5
Ammonia (NH₃)0–100 ppm±3 ppm<300.3–0.5
CO₂0–5000 ppm±50 ppm<201.0–1.5



Insulation And Building Envelope Performance



Thermal insulation reduces heat exchange between internal and external environments.

Proper insulation improves the efficiency of poultry farm cooling equipment and heating systems.

Data is for reference only.Swipe horizontally to view full table.

MaterialThermal Conductivity (W/M·K)Thickness (Mm)Heat Transfer Coefficient (W/M²·K)Lifespan (Years)
PU Panel0.022–0.02850–1000.3–0.515–25
EPS Panel0.030–0.03850–1000.4–0.610–15
Fiberglass0.035–0.04575–1500.5–0.710–20


Energy Consumption Modeling



Energy consumption depends on runtime duration and equipment power rating.

Operational cost evaluation must include seasonal variation.

Typical system investment ranges from $3,000 to $50,000 depending on farm scale (European union standard reference only).

Data is for reference only.Swipe horizontally to view full table.

Equipment TypePower Rating (KW)Daily Runtime (H)Monthly Consumption (KWh)Load Factor (%)
Ventilation Fans0.5–1.18–16120–50060–80
Heaters2–54–12240–180050–70
Cooling Pumps0.3–0.86–1054–24070–90



Integrated System Design Example



A 10,000-bird broiler house requires coordinated equipment integration.

System configuration must align with poultry ventilation systems and broiler house heating systems design principles.

Data is for reference only.Swipe horizontally to view full table.

ComponentQuantitySpecificationTotal Capacity
Exhaust Fans836-inch, 25,000 m³/h each200,000 m³/h
Cooling Pads30 m²150 mm thickness—
Gas Heaters430 kW each120 kW
Controllers1multi-stage automated system—



Market Trends And Equipment Evolution



Recent equipment development shows increased adoption of EC motors and variable frequency drives.

Poultry farm cooling equipment is increasingly integrated with automation systems for real-time adjustment.

Energy-efficient fans reduce consumption by approximately 20–30% under variable load conditions.



Frequently Asked Questions



Q1: What factors determine poultry ventilation systems capacity selection?

A1: Ventilation capacity depends on bird weight, stocking density, and required airflow per bird in CFM or m³/h.

Q2: How to size broiler house heating systems correctly?

A2: Heating capacity is calculated based on house volume, insulation coefficient, and temperature difference between inside and outside environments.

Q3: What components are essential in poultry farm cooling equipment?

A3: Cooling pads, exhaust fans, water circulation pumps, and air inlets are required for effective evaporative cooling systems.



Taiyu (HK) Group - One Of China Largest Temperature Control Equipment Manufacturer



  • Chicken house temperature control equipment includes ventilation fans, cooling pads, heaters, and automation controllers engineered for poultry farms.

  • Factory direct supply ensures stable production capacity and consistent equipment quality across global markets.

  • Full poultry equipment systems including poultry cage solutions for layers, broilers, and breeders.

  • Turn-key poultry farm engineering integrates design, installation, and commissioning services.

  • Technical support includes airflow calculation, equipment layout optimization, and environmental control calibration.



Contact Us To Received Your Customized Poultry Farm Plan



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FAQ

Q：

What Is The Optimal Ventilation Rate Per Bird In Poultry Chicken Houses?

A：
Ventilation rate ranges 0.7–1.2 cubic meters per hour per bird during cold conditions, ensuring carbon dioxide levels remain below 3000 ppm in enclosed broiler environments.
Summer ventilation increases to 6.0–8.5 cubic meters per hour per bird, maintaining internal temperature within 2°C of ambient conditions.
Tunnel ventilation systems achieve airflow velocity of 2.5–3.2 meters per second, supporting effective heat stress mitigation in high-density poultry housing.
Q：

How Does Temperature Control Affect Growth Performance In Poultry Chicken Production?

A：
Optimal temperature range of 32–34°C for chicks reduces mortality below 2% during first 7 days of growth cycle.
Gradual reduction to 20–22°C by day 35 improves feed conversion ratio to 1.5–1.7 in commercial broiler operations.
Temperature deviation beyond ±3°C decreases weight gain efficiency by 8–12%, impacting overall production output significantly.
Q：

What Is The Recommended Humidity Range In Poultry Chicken Environmental Control Systems?

A：
Relative humidity maintained at 50–70% supports respiratory health and reduces dust particle concentration by 20–30% in poultry houses.
Humidity above 75% increases litter moisture beyond 35%, elevating ammonia release rates by 25–40%.
Low humidity below 40% increases airborne particulate levels by 30–50%, negatively affecting bird respiratory systems.

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Phone（whatsapp No. ): 

+86 13663282016

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sales@bestchickencage.com

Office 1 (Hong Kong): 

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Flat/RM 2416, 24/F, Runxing Building, Youyi Nan Street, Shijiazhuang City, Hebei Province