Temperature is a very important thing for chickens. After all, chicken is an animal without sweat glands. If the temperature is too high or too low, it will affect the life of the chicken inbattery cage system design price in Uganda. Summer chicken will reduce feed intake to reduce body heat and body heat. However, as heat and blood circulation increase and heat is increased, gas metabolism and material metabolism are strengthened, resulting in an increase in heat production. If both body and body heat balances are not maintained with both physical and chemical adjustments, an increase or decrease in body temperature may occur. In winter, because the temperature of the house is to be maintained, it is also necessary to pay attention to the timely opening of the window to avoid the death of the chicken caused by excessive ammonia in the house.

Changes in the warm environment in summer will affect the amount of heat dissipated in the chicken body, thus affecting the body heat regulation and body heat balance of the chicken. There are four ways to dissipate heat from the chicken body: radiation, conduction, convection and evaporation. Radiation, conduction, and convection are collectively referred to as “non-evaporative heat dissipation.” Evaporative heat dissipation is independent of ambient temperature, mainly affected by air humidity. The smaller the humidity, the more water is evaporated, the more heat is dissipated. At the same time, the airflow speed also promotes evaporation and heat dissipation. This should be based on the biological characteristics of the chicken, carefully designed, made, and installed chicken cages to make the chickens relatively comfortable.

The lower the temperature in winter, the more heat is lost in the chicken body inautomatic poultry farm equipment price in ghana, and the non-evaporative heat is the main; as the ambient temperature increases, the difference between the skin temperature and the ambient temperature decreases, the non-evaporation heat dissipation decreases, and the evaporative heat dissipation is lost. The proportion of heat is increased. When the ambient temperature is close to or equal to the skin temperature, the non-evaporative heat dissipation is rarely or stopped. At this time, the chicken body mainly relies on evaporative heat dissipation to maintain the body heat balance. However, the rationality of the chicken cage will also greatly help the chicken’s living habits.