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    • INTELLIGENT PRODUCTION LINE
    • Intelligent stockyard
    • Intelligent sintering
    • Intelligent coking
    • Intelligent iron making
    • Intelligent steel making
    • Smart bar and wire
    • Intelligent Seamless Pipe
    • Machine vision, network interconnection, data analysis, edge computing, blending model, laser radar modeling, 3D simulation and other tecnologies are used to complete automatic production scheduling, process optimization, intelligent blending and batching at raw material yards. Build data-driven visual digital-twin virtual raw material yards, use 5G technology to improve data transmission speed and stability and allow automatic raw material yard control, unmanned operation and intelligent management decision-making.
    • Machine vision, network interconnection, data analysis, edge computing, blending model, laser radar modeling, 3D simulation and other tecnologies are used to complete automatic production scheduling, process optimization, intelligent blending and batching at raw material yards. Build data-driven visual digital-twin virtual raw material yards, use 5G technology to improve data transmission speed and stability and allow automatic raw material yard control, unmanned operation and intelligent management decision-making.
    • Control Automation
    • Unmanned Operation
    • Intelligent Management Decision-making
    • major function
    • Advanced planning and scheduling
    • Stacking 3D modeling and dynamic maintenance management
    • Palm Factory
    • Triple stack anti-collision
    • Intelligent mixing
    • Digital Twin Factory
    • Precise positioning and measurement
    • Unmanned stacker-reclaimer
    • economic performance
    • Work Efficiency Improvement Reduce manpower by about 60%
    • Neat and uniform material stacking Increase raw material yard utilization rate by more than 20%
    • Stabilize and mix mineral compositions Improving quality of mixed ore Ingredients error < 5%
    • Energy Saving Reduce energy consumption by about 10%
    • LOGISTICS
  • Intelligent Warehouse and Unmanned Crane
  • Intelligent Rail Transportation System
  • Intelligent Warehouse and Unmanned Crane
  • Intelligent Rail Transportation System
    • Technologies such as AI recognition, anti-swing control, positioning system and 5G wireless transmission and 3D intelligent warehouse management system are used to allow intelligent warehouse dispatching and management and unmanned crane operation. Current situation of traditional cranes and warehousing relying on manual operation and command is changed to reduce labor costs, significantly improve warehousing and logistics efficiency, reduce material loss and allow unmanned, information-based and intelligent warehousing
    • Technologies such as AI recognition, anti-swing control, positioning system and 5G wireless transmission and 3D intelligent warehouse management system are used to allow intelligent warehouse dispatching and management and unmanned crane operation. Current situation of traditional cranes and warehousing relying on manual operation and command is changed to reduce labor costs, significantly improve warehousing and logistics efficiency, reduce material loss and allow unmanned, information-based and intelligent warehousing
    • AI identification
    • Anti-swing control
    • Positioning system
    • Positioning system
    • System Composition
    • Crane dispatching system
    • Intelligent warehouse management system
    • Intelligent expansion module
    • Automatic crane system
    • Ground management system
    • System Characteristics
    • Intelligent database management system is a 3D operating terminal with 1:1 live display
    • Intelligent warehouse management system applying modular design, with high scalability
    • Parameterized settings for device configuration and dispatching rules, allowing independent decisions by users
    • The system integrates functions such as intelligent algorithms, time path optimization, auto- matic obstacle avoidance, virtual two-layer saddle, multi-axis linkage
    • System interface optimization design, easy operation, high efficiency, easy use and maintenance
    • Economic Benefits
    • Increase storage area utilization by ≥ 25%
    • Reduce operators 4 persons/crane
    • Improve worke fficiency Reduce labor intensity Eliminate safety hazards
    • Achieve zero lifting loss Reduce internal friction in enterprises Reduce costs and increase efficiency
    • Use of information technology and intellectual technology in logistics management
    • Cases
    • To present, the intelligent warehouse management system of Bestpower Intercontrol has been used in 45 storage areas, and over 100 cranes have been renovated and put into use.
    • EQUIPMENT
  • Intelligent perception products
  • intelligent robot
  • Anti-Sway System
  • Intelligent perception products
  • intelligent robot
  • Anti-Sway System

      The Electronic Anti-Sway Control System of Bestpower eliminates the load swing during acceleration or deceleration of the crane, ensuring safe and efficient crane operations, and preventing damage to goods during transportation. With additional features such as record keeping, backup, 3D simulation environment, and IP67 industrial connectors, users are provided with a more intuitive and convenient production experience.

       

      The Electronic Anti-Sway Control System is suitable for the following types of cranes:

      •  Overhead Bridge Cranes (OHBC)

      •  Rubber-Tyred Gantry Cranes

      •  Rail-Mounted Gantry Cranes

      •  Ship-to-Shore Container Cranes (STS)

      •  Grab Ship Unloaders Cranes (GSU)

      •  Slewing Cranes (as per requirements)

       

      Economic benefits:

      •  Improved productivity of the crane system, with a long-term productivity increase of 8%

      •  Reduced damage and prevention of accidents

      •  Simplified crane structure, achieving full/partial automation of the system, resulting in a 2% increase in throughput

      •  Extended service life of the crane system, reduced wear on drivers, and lower energy consumption

      •  Simplified controls for the crane operator, reducing the impact of experience limitations

       

      Order information:

      BPI-SC Electronic Anti-Sway Control System

      Name

      Model

      Anti-Sway Controller

      BPI-SC-1200

      Anti-Sway Controller

      BPI-SC-1200-DP

      Anti-Sway Controller

      BPI-SC-1500

      Anti-Sway Controller

      BPI-SC-1500DP

      Camera Sensor

      BPI-SC-Sensor-210

      Camera Sensor

      BPI-SC-Sensor-300

       

      LENNIX Anti-Sway System, imported from Germany

      Anti-Sway Controller

      LENNIX® Pro

      Camera Sensor

      LENNIX® Sense

      Professional Services

      LENNIX® Xtra

       


    • DECISION SUPPORT
  • Intelligent operation and maintenance
  • Big data analysis
  • Digital Factory
  • Process parameter optimization
    • 运用机器视觉、网络互联、数据分析、边缘计算、三维仿真等技术,完成料场自动排产、流程优化、智能混匀配料,同时构建数据驱动的可视化数字孪生虚拟料场,实现料场控制自动化、作业无人化、安全环保标准化、管理决策智能化。
    • 控制自动化
    • 作业无人化
    • 安全环保标准化
    • 管理决策智能化
    • 高级计划排产
    • 智能混匀
    • 堆料3D建模及动态维护管理
    • 数字孪生工厂
    • 掌上工厂
    • 精准定位及测量
    • 三重料堆防撞
    • 堆区料机无人化
    • Economic Benefits
    Address:Bestpower Intercontrol, Building 2, No. 18, JiancaichengDonglu, Xisanqi, Haidian District, Beijing, China
    Postal code:100096
    E-mail:bp@bpintercontrol.com
    Telephone:+86 10 8296 5880
    Fax:+86 10 8292 8991
    Address:Bestpower Intercontrol, Building 2, No. 18, JiancaichengDonglu, Xisanqi, Haidian District, Beijing, China
    Postal code:100096
    E-mail:bp@bpintercontrol.com
    Telephone:+86 10 8296 5880
    Fax:+86 10 8292 8991
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