Poultry House Heating
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Poultry Diesel Heater
Sistemtav Gas-Fired Blower Heater is a direct-fired heating system developed for high-efficiency use in poultry farming, poultry house heating, greenhouses, and agricultural applications. Operating with a direct heating principle for maximum performance, the unit is available in capacity options ranging from 40 kW to 120 kW, and all models feature 3-stage power automation.
Compatible with natural gas, propane, and LPG, the system can be easily integrated into existing control panels. Thanks to its 304-grade stainless steel body and 316-grade burner structure, it provides high resistance against dust, humidity, and ammonia. Equipped with a digital control system, remote control, automatic ignition, IP55 fan, and IP65 device protection class, it fully adapts to harsh poultry house and greenhouse conditions. The system also supports an optional room thermostat and can be wall-mounted or suspended from the ceiling. Offering individual or centralized control in heating, ventilation, or mixed operating modes, Sistemtav AGH Gas Hot Air Heaters ensure safe operation with their specially designed motor placement that prevents overheating, while maximizing energy savings with up to 99% efficiency.
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Poultry Gas Electric Heaters
Sistemtav Gas-Fired Blower Heater is a direct-fired heating system developed for high-efficiency use in poultry farming, poultry house heating, greenhouses, and agricultural applications. Operating with a direct heating principle for maximum performance, the unit is available in capacity options ranging from 40 kW to 120 kW, and all models feature 3-stage power automation. Compatible with natural gas, propane, and LPG, the system can be easily integrated into existing control panels.
Thanks to its 304-grade stainless steel body and 316-grade burner structure, the unit provides high resistance against dust, humidity, and ammonia. Equipped with a digital control system, remote control, automatic ignition, IP55 fan, and IP65 device protection class, it fully adapts to harsh poultry house and greenhouse conditions. The system also supports an optional room thermostat and can be wall-mounted or suspended from the ceiling. Offering individual or centralized control in heating, ventilation, or mixed operating modes, Sistemtav AGH Gas Hot Air Heaters ensure safe operation with their specially designed motor placement that prevents overheating, while maximizing energy savings with up to 99% efficiency.
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Poultry Solid Fuel Heater
The Stoker-Type Hot Air Heater offers a highly efficient and economical heating solution thanks to its automatic fuel feeding system and adjustable speed control. Its combustion chamber, manufactured from cast iron, and the stainless chrome steel mixer resistant to temperatures up to 1200 °C ensure long-lasting and safe operation. With a wide heating capacity ranging from 150,000 to 600,000 kcal, the system provides homogeneous heat distribution through its specially designed combustion chamber mixing mechanism.
It can be used with high performance in large-volume areas such as poultry house heating, greenhouse heating (water and air systems), banana and seedling greenhouses, and factory buildings, making it an ideal solution for turkey, chick, goose, and broiler poultry houses. The boiler can operate with low-cost, high-calorie fuels such as olive pomace, hazelnut coal, and hazelnut shells. Thanks to its bottom fuel feeding system, it provides savings of up to 35% while reducing waste residue by 30%.
Offering efficient heating with a high air exchange coefficient, the system provides electricity and fuel savings through its digital control unit. Equipped with damper-adjustable fans, YTPH-type stoker boilers deliver high capacity and efficiency, making them a reliable choice for all heating requirements.
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Heating systems play a critical role in livestock operations, especially in cold climate conditions, to ensure animal welfare and maintain sustainable production performance. Maintaining the ideal indoor temperature in enclosed facilities not only supports faster growth in young animals but also minimizes the risk of disease. In modern farms, energy-efficient and automation-focused heating systems are widely used. A properly selected and professionally installed heating infrastructure ensures stable environmental temperatures throughout the year and helps prevent fluctuations in production performance.
Among the most commonly used technologies in livestock facilities are infrared heaters, forced-air heaters, hydronic radiant heaters, and gas heating systems. Infrared heaters transfer heat directly to the areas where animals are located through radiant energy, providing homogeneous heat distribution throughout the environment. Forced-air heaters, on the other hand, circulate warm air to achieve rapid temperature increases in large indoor spaces. These two technologies are frequently used together, especially in poultry houses and shelters designed for young animals.
For energy cost management and operational safety, heating systems should always be integrated with automation control panels. Temperature data collected from environmental sensors enables the system to automatically activate or shut down as required. This prevents unnecessary energy consumption while ensuring that indoor temperatures remain at optimum levels at all times. In addition, modern heating equipment reduces operational costs through low maintenance requirements and long-lasting components.
When installing heating systems in livestock facilities, several important factors must be considered, including insulation quality, airflow balance, equipment capacity, and fuel type. In areas with insufficient insulation, heat loss increases significantly, causing the system to consume more energy. Proper air circulation ensures both balanced heat distribution and the continuous presence of fresh air within the facility.
In cattle and small ruminant farming operations, different age groups may require different heating conditions. For young animals such as calves and lambs, heating systems are essential for survival and healthy development. In poultry farming, precise temperature control during the chick rearing period is crucial for flock health and production efficiency. Through smart automation technologies, different temperature settings can be programmed for separate sections of the facility.
With next-generation heating systems integrated with remote monitoring and alarm technologies, sudden temperature changes or technical malfunctions can be detected immediately. This helps protect animal health while minimizing the risk of production losses and financial damage. Through periodic maintenance and professional installation, it is possible to establish a heating infrastructure that operates reliably for many years. With proper engineering and the right system selection, livestock operations can maintain comfortable and highly efficient production environments throughout all seasons.


