Ventilation in the house is a daily and important thing, and now the chicken factory is a closed chicken house, so the farmers will use some ventilation chicken automated poultry equipment in nigeria to properly ventilate the chicken house, the chicken The harmful gases from the house are discharged, so that the flocks can breathe fresh air. How should the house be properly ventilated?

First, to ensure the tightness of the house: the premise of using the equipment for effective ventilation is that the tightness of the house is better, because only the closed house can use the equipment to let fresh air enter the house. Therefore, this requires farmers to pay attention to the inspection of the tightness of the house, for the poorly sealed house, to find the place where the air leakage is serious, especially the front and rear doors, the slab and the water curtain In other places, in addition to the high temperature period, the vertical ventilation system is mainly used, and the wet curtain cooling system is used.

Second, to ensure the matching of the chicken group demand and ventilation in the chicken house: the farmers will choose to use the chicken equipment fan equipment for equipment ventilation, and then use negative pressure ventilation to improve the wind speed inside the house and ensure the ventilation effect. When using longitudinal ventilation (especially when using a wet curtain), close the small windows of the house. If you open the small window, the wind speed will be unevenly distributed.

Third, the use of air inlets and water curtains should be matched with the fan: the number of fans and wet curtains for chicken equipment should match the house to obtain good ventilation and cooling effect. The size of the air inlet should be matched with the fan, the purpose is to make the chicken The ventilation is even and effective, and the static pressure inside the house is appropriate.

Fourth, create a suitable somatosensory temperature: farmers should pay attention to whether the ventilation management of the house is effective, whether the chicken is comfortable, not only the temperature displayed by the thermometer and the thermostat, must be judged according to the somatosensory temperature of the chicken and the performance of the flock : So farmers can go to the type H of bettery cage system to observe the flock and see how their mental state.

In the modern era of poultry farming, efficiency and automation have become key factors in ensuring profitability and sustainability. One of the most significant advancements in this field is the introduction of automatic H type layer battery cages. These cages not only revolutionize the way chickens are raised but also enhance the overall welfare of the birds and the productivity of the farm.

What Are Automatic H Type Layer Battery Cages?

Automatic H type layer battery cages are specifically designed to house egg-laying chickens in a controlled and optimized environment. The 'H' shape of these cages allows for efficient stacking and maximum utilization of space, making them ideal for large-scale poultry farms. The automation aspect comes from the integration of various technologies that monitor and regulate key factors such as temperature, humidity, and lighting, ensuring optimal conditions for the chickens.

The Advantages of Automatic H Type Layer Battery Cages

1. Efficiency: One of the primary benefits of automatic H type layer battery cages is their efficiency. These cages allow farmers to raise a large number of chickens in a small area, maximizing space utilization. The automation features further enhance this efficiency by reducing the need for manual labor and ensuring consistent conditions for the chickens.
2. Optimal Conditions: By regulating temperature, humidity, and lighting, automatic H type layer battery cages provide optimal conditions for the chickens. This ensures that they are healthy, happy, and productive, resulting in higher egg production.
3. Improved Welfare: The design of automatic H type layer battery cages takes into account the welfare of the chickens. They provide enough space for the chickens to move around and interact with each other, reducing stress and promoting overall health.
4. Cost Savings: While the initial investment in automatic H type layer battery cages may be higher than traditional cages, the cost savings over the long term are significant. The automation features reduce the need for manual labor, saving on labor costs. Additionally, the improved welfare and productivity of the chickens result in higher egg production, further increasing profitability.

Case Study: H Type Layer Cages for 30,000 Automatic Chickens Farm in Ethiopia

To illustrate the effectiveness of automatic H type layer battery cages, let's take a look at a case study from Ethiopia. A farmer there recently invested in a 30,000-chicken farm equipped with automatic H type layer battery cages. The results have been remarkable.

Since implementing these cages, the farmer has seen a significant increase in egg production. The chickens are healthier and happier, resulting in fewer health issues and higher productivity. Additionally, the automation features have reduced the need for manual labor, saving the farmer significant time and money.

Conclusion

Automatic H type layer battery cages are a valuable addition to any poultry farm. Their efficiency, ability to provide optimal conditions for chickens, and improved welfare make them a winning choice for farmers looking to increase profitability and sustainability. By investing in these cages, farmers can ensure that their chickens are healthy, happy, and productive while also reducing costs and maximizing profits. For more information on how automatic H type layer battery cages can benefit your farm, check out our article on "H Type Layer Cages for 30,000 Automatic Chickens Farm in Ethiopia" [link to your article].

When using layer chicken cages to raise chickens, humidity is also an important condition for brooding, but chicken farmers generally do not pay enough attention. The humidity in the brooding house is generally expressed in relative humidity. The higher the relative humidity, the more humid the air; the lower the relative humidity, the drier the air.

After the chicks come out of the shell, they enter the brooder house. If the humidity of the air is too low, the moisture in the chicks will be exhaled through breathing, which is not conducive to the absorption of the remaining yolk in the chicks and the growth of the chicks' feathers. Once the chicks have been given a drink, the chicks often develop diarrhea due to too much water.

Appropriate humidity requirement: 60%-65% before 10 days of age, and then reduced to 55%-60%. In the early stage of brooding, due to the dry litter, the house is often hot and low humidity, which is easy to increase the water loss of the chicks, loss of appetite, frequent drinking, dry and brittle fluff, and dry toes.

In addition, too dry can easily lead to dust, causing respiratory and digestive diseases. Therefore, this stage must pay attention to the replenishment of water in the house. You can spray water on the aisle or wall of the house to increase humidity, or place a basin or kettle on the stove to burn water to generate steam to increase the humidity in the house.

After 10 days of age, the chicks developed quickly, gained weight, and their feed intake, water intake, breathing volume, and excretion volume increased with each passing day, and the temperature in the house gradually decreased. Especially in the midsummer and rainy seasons, it is easy to have excessive humidity. The chicks are not well adapted to the humid environment. The low temperature and high humidity in the brooding house will exacerbate the adverse effects on the chicks at low temperatures. The chicks will feel colder and even tremble with cold, at this time susceptible to various respiratory diseases. When the high temperature and high humidity in the brooding house, the water evaporation and heat dissipation of the chicks are hindered, and they feel more sultry and uncomfortable, and the chicks are prone to coccidiosis and aspergillosis.

Therefore, during the period when laying hens cages are used to raise chickens, it is necessary to change the litter frequently and strengthen ventilation. When adding drinking water, prevent water from spilling onto the ground or litter.

The chicken house has two types: open house (common house) and closed house.

The common form of open house is that there are walls on all sides, large windows on the south wall and small windows on the north wall. All or most of these houses are naturally ventilated and naturally lit, and the temperature and humidity in the house vary substantially with the seasons. Ventilation and lighting equipment is often required in this type of house to supplement the lack of ventilation and lighting under natural conditions.

Closed house is also known as a windowless house. The roof of the chicken house is well insulated from the four walls, and there is no window on all sides. The interior environment is adjusted by manual or instrument control. Artificial ventilation and light are used in the house to control the temperature, humidity and air composition of the house by changing the amount of ventilation.

So what are the structural requirements of the various parts of the house?

The foundation should be deep and strong. The floor of the chicken house should be 20~30 cm higher than the outside, moisture-proof, flat, easy to clean and disinfect.

The material with good thermal insulation effect is selected, and the heat insulation performance is good, which can protect poultry farming equipment.

Roof: In addition to the single-sloping roof of the chicken house with a small span, the double-slope type is generally used.