摘要
白酒酿造工艺中的冷凝环节直接影响酒液质量与生产效率,而传统水冷方式存在能耗高、温度控制不稳定等问题。一体化风冷水冷智能冷凝系统将风冷与水冷技术有机结合,创新设计温度传感与控制技术,优化冷凝设备结构与运行参数,实现了高效冷却与精准恒温。本文分析了该系统的能效优化与节能潜力,表明其能够智能温控与动态平衡策略显著提升热交换效率,降低单位能耗,并增强系统稳定性和适应性。该系统在白酒酿造领域的应用可有效推动节能降耗与质量提升的协同发展。
The condensation process in Baijiu brewing significantly impacts liquor quality and production efficiency.Traditional water-cooled methods suffer from high energy consumption and unstable temperature control.The integrated air-cooled and water-cooled intelligent condensation system combines air-cooling and water-cooling technologies,innovatively designs temperature sensing and control technologies,and optimizes the structure and operating parameters of condensation equipment,achieving efficient cooling and precise temperature control.Research analyzing the system's energy efficiency optimization and energy-saving potential reveals that it significantly enhances heat exchange efficiency,reduces energy consumption per unit,and enhances system stability and adaptability through intelligent temperature control and dynamic balancing strategies.The application of this system in the Baijiu brewing industry can effectively promote the coordinated development of energy conservation,consumption reduction,and quality improvement.
作者
陈友意
周涛
张光灿
黄美
Chen Youyi;Zhou Tao;Zhang Guangcan;Huang Mei(Guizhou Xihu Winery Co.,Ltd.,Zunyi,Guizhou,China,564622)
出处
《仪器仪表用户》
2025年第5期140-142,共3页
Instrumentation
关键词
白酒酿造
一体化风冷水冷
智能冷凝
能效优化
节能潜力
Baijiu brewing
integrated air-cooled and water-cooled
intelligent condensation
energy efficiency optimization
energy-saving potential
