The influencing factors of the production speed of organic fertilizer granulator on energy consumption involve many aspects. First of all, the speed of production directly affects the operating efficiency of the equipment, and rapid production may lead to excessive energy consumption; Secondly, the stability and energy consumption performance of the equipment at different production speeds are not the same, and rapid production may increase the wear and energy loss of the organic fertilizer equipment; In addition, the adjustment of the production speed will also affect the molding effect of the particles, and the density, shape and yield of the particles at different speeds may be affected, which further affects the rationality of energy consumption. Therefore, the impact of the production speed of organic fertilizer granulator on energy consumption needs to comprehensively consider multiple factors.

In actual operation, it is very important to control the key parameters of the production speed of the organic fertilizer granulator. The regulation of key parameters should be carried out according to the actual working conditions and production needs of the equipment, not only to ensure the effective control of the production speed, but also to take into account the energy consumption of the equipment and product quality.

With the continuous progress of science and technology and the enhancement of people's awareness of energy conservation, the control of the production speed of organic fertilizer granulator will develop in the direction of intelligence, automation and energy saving. In the future, with the wide application of new materials, new processes and new technologies, organic fertilizer granulators will be able to achieve more accurate production speed control, and better balance energy consumption and production efficiency. At the same time, the concept of green manufacturing will be further deeply rooted in people's hearts, and promote the production speed control technology of organic fertilizer granulator to develop in the direction of more environmental protection, energy saving and efficiency.