Adopting four innovative energy-saving technology systems, it optimizes the operating conditions of equipment from multiple dimensions including transmission structure, fan system, heat recovery and intelligent regulation. It comprehensively reduces energy consumption loss, achieving a real energy-saving rate of up to 40% under actual comprehensive production conditions with remarkable effects in energy conservation and efficiency improvement.
The aeration fan is equipped with a zero-friction support system, featuring no mechanical contact or wear and eliminating friction loss of traditional bearings for stable and low-noise operation.With a transmission efficiency of ≥98%, its power consumption is reduced by 50% under the same working conditions. Energy-saving, durable and low-failure, it steadily meets fermentation oxygen supply demand and serves as the core configuration for equipment energy conservation and consumption reduction.
This equipment adopts a direct drive and direct connection structure between power source and load, eliminating redundant transmission parts such as reducers and couplings, shortening the transmission chain and reducing energy loss from the source. It delivers direct and efficient power output with stable and reliable operation, cutting energy consumption by about 15%, improving overall equipment efficiency and effectively saving long-term operation and maintenance costs.
This equipment is equipped with a counter-flow dual-direction U-shaped heat exchanger. Adopting a unique flow channel design, it has a heat exchange area of 210 m² and can fully recover waste heat from exhaust gas. The counter-flow heat exchange boosts the waste heat recovery efficiency by 300% compared with traditional structures. The recovered heat is reused in the fermentation system, greatly reducing heating energy consumption and realizing energy recycling, consumption reduction and efficiency improvement.
This system deeply analyzes the full-cycle fermentation parameters and tracks key data such as temperature, humidity, oxygen content, aeration and stirring throughout the process to accurately identify the characteristics of each fermentation stage.It intelligently optimizes operating conditions dynamically based on algorithms and automatically adjusts equipment operation modes without frequent manual intervention, precisely matching fermentation demands, saving energy efficiently and improving composting maturity and treatment effect.
