The advantages of automated control systems in biological fermentation production lines are mainly reflected in improving production efficiency, reducing energy consumption, ensuring product quality and consistency, and providing data recording and analysis functions.
First, automated control systems can significantly improve production efficiency. By real-time monitoring and adjusting various parameters in the fermentation process, the automated control system can maintain optimal fermentation conditions and automatically adjust parameters such as temperature, humidity, and ventilation, thereby improving fermentation efficiency and yield. Compared with manual operations, automated control systems can respond to changes more accurately and quickly, reducing human errors and production downtime. In addition, the automated control system can also intelligently adjust energy usage based on real-time fermentation conditions and energy consumption data, and minimize energy consumption through precise temperature control, reasonable ventilation adjustment, and energy recycling.
Secondly, automated control systems can ensure product quality and consistency. The quality of fermented feed is affected by various parameters in the fermentation process. The automated control system can accurately control and monitor these parameters to ensure the stability and consistency of the fermentation process. It can automatically adjust temperature, humidity and other conditions to avoid quality fluctuations caused by human factors, ensure the stability of product quality and taste, and enhance product competitiveness.
In addition, the automatic control system also has data recording and analysis functions. It can record and store various parameter data during the fermentation process to form a complete production record. By analyzing and comparing large amounts of data, potential problems and room for improvement can be discovered, further improving the efficiency and quality of the production line1. For example, the new generation of fermentation tank control systems has added and upgraded functions including feeding, sequential control, and multi-link, providing intelligent control and recording and analysis services, shortening the user’s screen staring time, and simplifying the experimental workflow.
Finally, the automated control system achieves remote monitoring and control through Internet of Things technology, improving the flexibility and responsiveness of the production process. High-precision sensors can monitor key parameters such as temperature, pH value, dissolved oxygen, etc. in the fermentation tank in real time to ensure the stability of the fermentation process. The advanced control system automatically adjusts the fermentation conditions based on sensor data to achieve precise closed-loop control.
