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이미지 제공: Milad Fakurian

System Integration:

From Designing Automation Systems to Commissioning

TBB can provide a system integration solution by combining the core technologies such as SCADA, instruments, networking, process simulation & design, robotics,
and lab automation. 
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System Integration

Control Logic Design and System Identification 

  • Classical control theories
    (feedback control, feedforward control, auto-tuning, gain-scheduling, split-range control, etc.)

  • Advanced control theories
    (    high-performance TBB0 control, iterative learning control (ILC), model predictive control (MPC), model-based PID control, etc.)

  • System identification theories
    (time-series, state space, artificial intelligence, neural network, deep learning, etc.)

  • Control performance monitoring
    (oscillation, resolution, hysteresis, offset, performance index, etc.)

Instruments

  • Sensors/actuators

  • Micro-processors

  • PLC

  • Data acquisition modules

Process Simulation & Design

  • ASPEN PLUS

  • ASPEN HYSYS

  • PROII

  • Customized simulators

  • Fundamentals in chemical engineering
    (process control, thermodynamics, fluid dynamics, heat transfer, reaction engineering, separation process, etc.)

Robotics

  • Cartesian robots

  • Collaborative robots

  • Gantry

SCADA

  • HMI

  • Operation/control logics

  • Data manipulation

  • Reporting

  • Alarm

  • Remote operation/control

Networking

  • Serial, OPC, TCP, UDP, ODBC

  • Modbus, CAN, user-defined protocols

Lab Automation

  • Robots

  • Analyzers automation

  • Data analysis

  • Image processing

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