Organic fertilizer equipment can enhance its intelligence level in the following multiple ways:

1. Introduce Internet of Things (iot) technology: Utilize iot technology to achieve remote monitoring and automated control of devices. For instance, parameters such as temperature, humidity and oxygen content during the fermentation process are monitored in real time through sensors, and precisely regulated by an automated control system.

2. Application of automated equipment: Utilizing automated equipment such as automatic fermentation compost turning machine, by precisely controlling the frequency and depth of turning, the fermentation efficiency and the quality of organic fertilizer can be enhanced. Intelligent packaging equipment is used to achieve automatic screening, drying and packaging of organic fertilizers.

3. Application of Big Data and Artificial Intelligence: Utilize big data analysis to optimize production processes. By collecting and analyzing production data, predict equipment failures and carry out maintenance in advance. Apply artificial intelligence technology for nutritional diagnosis and fertilization decision-making, obtain real-time crop growth data, determine nutritional requirements and optimize fertilization plans.

4. Intelligent fertilization system: Develop intelligent fertilization equipment, such as variable fertilizer applicators and unmanned aerial vehicle fertilization, to achieve precise fertilization, reduce fertilizer waste and environmental pollution.

5. Interconnection and interoperability of equipment: Achieve interconnection and interoperability between organic fertilizer equipment and other agricultural equipment to form an intelligent agricultural production system.

6. Green and energy-saving technology: Energy-saving motors and heat recovery systems are adopted to reduce equipment energy consumption and simultaneously decrease greenhouse gas emissions. Through the above measures, the intelligence level of organic fertilizer equipment will be significantly enhanced. This not only improves production efficiency and product quality but also better meets the requirements of modern agriculture for precise fertilization and environmental protection.