下一步，海油工程将持续推动大型起重装备的智能化创新与场景拓展，加速实践"研发—验证—推广"机 制，推动我国海洋油气制造领域起重装备从传统模式向智能化升级。 图为驾驶人员通过智能塔机操控系统进行远程吊装作业。（吕春燃 摄） 中化新网讯 2月10日，海洋石油工程股份有限公司（以下简称海油工程）发布消息，我国海洋油气装备 制造领域首套智能塔式起重机（塔机）操控系统在海油工程天津智能制造基地投入使用。 据介绍，塔机主要用于施工期间物料的垂直与水平输送以及结构部件的安装，其作业空间大、起升高度 高，是海洋油气装备制造阶段的重要设备。传统塔机作业需要操作人员攀爬到塔顶驾驶室进行操作，随 着塔机主体高度增加，不仅爬塔时间增多，而且面临视觉偏差等一系列高空作业风险。 本次投用的智能塔机操控系统，由智能远程操控舱、塔式起重机主体、通讯传感装置等部分构成，系统 集成5G通讯、毫米波雷达、动态避障等辅助模块，通过远程集中控制、全视角实景可视化与数据实时 反馈，实现了传统塔机操控模式向智能化远程操控模式的转变，有效降低人工作业强度与安全风险；系 统最大吊装吨位达12吨，操控延迟控制在40毫秒内，作业效率较传统模式提升约20%。 据海 ...

Core Viewpoint - The deployment of China's first intelligent tower crane control system in the marine oil and gas equipment manufacturing sector marks a significant breakthrough in intelligent hoisting technology, enhancing operational efficiency and safety [1][2] Group 1: Intelligent Tower Crane Control System - The intelligent tower crane control system has a maximum lifting capacity of 12 tons and a design lifespan of 30 years, improving operational efficiency by approximately 20% compared to traditional methods [1] - The system consists of an intelligent remote control cabin, the tower crane body, and communication sensing devices, integrating 5G communication, millimeter-wave radar, and dynamic obstacle avoidance [1] - The transition from traditional crane operation to intelligent remote control significantly reduces manual labor intensity and safety risks associated with high-altitude operations [1] Group 2: Development and Technology - The development of the intelligent tower crane control system involves interdisciplinary technologies such as mechanical engineering, data transmission, and sensor positioning, requiring high-level collaborative control capabilities [2] - The project team overcame multiple technical challenges, including data communication, visual tracking, intelligent scheduling, and risk warning, over a two-year period [2] - Both software and hardware components of the system are 100% domestically produced, providing a replicable solution for the intelligent upgrade of China's marine engineering equipment [2]