The top or specific location of the solar incubator is equipped with solar panels that can absorb sunlight and convert it into electrical or thermal energy. The converted electrical or thermal energy is maintained by the temperature control system, humidification system, and egg flipping mechanism inside the incubator to maintain the temperature, humidity, and egg flipping conditions to meet the needs of bird egg hatching.

The design of the automatic incubator fully considers safety factors, using high-temperature resistant insulation materials to ensure that there are no odors or safety hazards inside the machine. At the same time, the dual-use design of coal and electricity enables the equipment to operate normally even in the event of a power outage, ensuring the continuity of incubation. The automatic incubator has a small volume, light weight, and is easy to transport and move, making it very suitable for use in farms with limited space. Its flexibility and applicability have been widely recognized.

In the development of modern agriculture, automatic incubators have become an important tool in poultry farming due to their high efficiency, stability, and convenience. The automatic incubator adopts intelligent control technology, which can achieve functions such as constant temperature, constant humidity, and automatic egg flipping, greatly improving the stability and accuracy of the incubation process. By precisely controlling the temperature, humidity, and oxygen content in the hatching environment, the success rate of hatching has been effectively improved and the mortality rate of chicks has been reduced.

The automatic incubator is mainly composed of multiple components such as a box, controller, temperature probe, humidity probe, fan, heating tube, exhaust fan, ventilation hole, water tray, humidification tube, etc. The box adopts a multi-layer material structure, with the outer layer made of recycled steel plate, the middle layer made of insulation material, and the inner layer made of recycled steel plate to ensure good insulation effect. As the core component of the incubator, the controller is responsible for coordinating the work of various components and monitoring and providing real-time feedback on key data such as temperature and humidity.

The heating tube is the main heat source of the incubator, which is evenly distributed to various corners of the incubator through a fan to maintain a constant hatching temperature. At the same time, the humidity probe and humidification tube work together to ensure that the humidity inside the incubator remains within a suitable range. The exhaust fan automatically works when the temperature is too high, expelling excess heat and maintaining temperature balance.