The working principles of broiler farming equipment are primarily based on automation, intelligence, and environmental control technologies. They aim to provide an optimal growth environment for broilers, improving breeding efficiency and quality. The following is a detailed explanation of the working principles of broiler farming equipment:
I. Automated Feeding System
1. Working Principle:
Automated feeding systems are typically driven by a motor to transport feed from a silo to a trough. The system automatically adjusts feed quantity and timing based on a pre-set feeding schedule and the broilers' growth stage.
Automated drinking water systems use a pump to pump water from a source, filter it, and disinfect it before delivering it to a trough for the broilers to drink. The system also automatically adjusts the water supply quantity and timing based on the broilers' needs and the pre-set drinking schedule.
II. Environmental Control System
1. Temperature Control:
The temperature control system typically includes a heater and ventilation system. The heater provides heat in cold weather to maintain a comfortable temperature within the chicken house. Ventilation equipment provides fresh air during hot weather, lowers the temperature inside the chicken house, and removes harmful gases.
The system monitors the temperature inside the chicken house in real time using temperature sensors and automatically adjusts the operating status of the heater and ventilator according to a preset temperature range.
2. Humidity Control:
The humidity control system is primarily implemented through ventilation and dehumidification equipment. Ventilation equipment promotes air circulation within the chicken house and reduces humidity. Dehumidification equipment reduces humidity by absorbing moisture from the air.
The system also monitors the humidity inside the chicken house in real time using humidity sensors and automatically adjusts the operating status of the ventilation and dehumidification equipment according to a preset humidity range.
3. Lighting Control:
The lighting control system typically includes a light source and a light control device. The light source can be natural light or artificial light, such as LED lights. The light control device automatically adjusts the light intensity and operating time according to the preset lighting plan and the growth needs of the broilers.
III. Intelligent Monitoring System
1. Working Principle:
The intelligent monitoring system uses various sensors installed within the chicken house (such as temperature, humidity, and ammonia sensors) to monitor environmental parameters and broiler growth in real time.
The system analyzes and processes the data collected by the sensors in real time, generating intuitive charts and reports to help farmers understand the environmental conditions within the chicken house and the growth trends of the broilers.
When environmental parameters or broiler growth conditions exceed preset ranges, the system promptly issues an alarm, prompting farmers to take appropriate measures.
IV. Manure Removal System
1. Working Principle:
The manure removal system typically consists of equipment such as a scraper and a conveyor belt. The scraper regularly scrapes manure from the chicken house onto the conveyor belt, which then transports the manure to a designated disposal area.