电工钢 ›› 2025, Vol. 7 ›› Issue (4): 61-.

• • 上一篇    

高压除鳞系统节能策略与实践研究

宋大伟,姜育男,郑广德,栾金伟,郭立合,毛  亮   

  1. 鞍钢集团北营股份有限公司 轧钢厂,辽宁 本溪 117000
  • 出版日期:2025-08-28 发布日期:2025-09-01

Research on energy-saving strategies and practices of high-pressure descaling systems

SONG Dawei, JIANG Yunan, ZHENG Guangde, LUAN Jinwei, GUO Lihe, MAO Liang   

  1. Steel Rolling Plant of Beiying Co.Ltd., Ansteel Group, Benxi  117000, China
  • Online:2025-08-28 Published:2025-09-01

摘要: 探讨了热轧除鳞系统的节能技术与方案,描述系统能耗现状、运行状态,通过对热轧除鳞系统运行状态的剖析,将其分为蓄能升压、最小流量保护、降速节能和恢复生产四个阶段。简要讨论了变频调速技术、液力耦合器调速技术、蓄能器优化配置和智能控制系统应用。根据除鳞系统的工况特点,结合多技术协同应用在节能上显著优势,提出综合节能方案。

关键词: 热轧, 高压除鳞, 节能, 变频调速

Abstract: This research explores the energy-saving technologies and solutions for hot-rolling descaling systems. It describes the current energy-consumption status and operating conditions of the system. Through an in-depth analysis of the operating conditions of the hot-rolling descaling system, it is divided into four stages: energy storage and pressure increase, minimum-flow protection, speed-reduction for energy-saving, and production resumption. The applications of variable-frequency speed-regulation technology, hydraulic coupling speed-regulation technology, optimized accumulator configuration, and intelligent control systems are briefly discussed. Based on the working-condition characteristics of the descaling system and combined with the significant advantages of multi-technology collaborative applications in energy-saving, a comprehensive energy-saving solution is proposed.

Key words: hot rolling, high-pressure descaling, energy-saving, variable-frequency speed-regulation