1. Improve energy efficiency: Organic fertilizer equipment in the design, manufacturing and operation process, pay attention to improve energy efficiency and reduce energy consumption. For example, energy-saving motors, frequency conversion speed regulation and other technologies are used to reduce energy consumption.

2. Use of renewable energy: Organic fertilizer equipment can use renewable energy such as biomass waste to reduce dependence on fossil energy. Through fermentation, composting and other processes, the toxic and harmful organic matter is converted into organic fertilizer, while releasing energy.

3. Heat recovery and utilization: In the production process of organic fertilizer, the waste heat generated can be recovered and utilized through the heat recovery system to reduce energy waste. For example, the use of waste heat power generation, heating and so on.

4. Energy-saving process optimization: Optimize the production process of organic fertilizer production line to reduce energy consumption in the production process. For example, continuous fermentation process is used to improve fermentation efficiency and reduce energy consumption.

5. Intelligent control: Through the intelligent control system, the operation of organic fertilizer equipment is optimized and scheduled to reduce energy consumption. For example, equipment operating parameters can be adjusted according to actual production requirements to achieve optimal energy allocation.

6. Optimization of energy structure: In the selection and design of organic fertilizer equipment, attention is paid to the selection of high-efficiency and low-energy consumption equipment to optimize the energy structure. For example, choose energy-saving equipment, use clean energy instead of traditional energy and so on.

Through the efforts of the above several aspects, organic fertilizer equipment has achieved remarkable results in energy conservation, and contributed to China's energy conservation and emission reduction and sustainable development.