As one of the important equipment in agricultural production, the energy saving problem of organic fertilizer crusher has been concerned. The energy-saving measures of organic fertilizer crusher can not only reduce the production cost of organic fertilizer production line, improve the utilization efficiency of organic fertilizer equipment, but also reduce the impact on the environment, in line with the concept of sustainable development. Therefore, it is particularly important to strengthen the energy saving work of organic fertilizer mill.

1. The optimal design of mechanical structure is the key to energy saving of organic fertilizer mill. Reasonable mechanical structure design can reduce the energy consumption of the equipment during operation and improve the energy efficiency. For example, you can reduce the friction loss of equipment components, reduce the mechanical energy loss during equipment operation, and use advanced materials and processing technologies to improve the overall energy saving effect of organic fertilizer shredders.

2. In terms of electrical control system, the use of advanced energy-saving technology is also the key to energy conservation of organic fertilizer mill. Through rational planning of the parameters of the electrical control system, the use of efficient motor and frequency conversion technology to reduce the energy consumption of the electrical system. In addition, the use of energy recovery device to effectively recover electrical energy is also an important means to improve the level of electrical energy saving equipment.

3. The application of intelligent operation monitoring system is a new trend of energy saving in the current organic fertilizer mill. The advanced sensor is used to monitor the operating status of the equipment, adjust the working parameters of the equipment in real time, improve the operating efficiency of the equipment, and reduce the waste of energy. Through the intelligent operation monitoring system, the refined management of equipment energy consumption can be achieved, and the energy saving level of equipment can be further improved.