Description

ABB  5SHY3545L0016  IGCT Module

• Voltage Class: Approximately 3500V.
• Rated Current: Approximately 5A.
• Maximum Short-Circuit Current: Up to 10kA.
• Operating Voltage: Generally 24V DC.
• Frequency: 50/60Hz.

• Dimensions: Length 170mm, Width 105mm, Height 32mm.
• Weight: Approximately 150 grams.

• Switching Speed: Fast switching speed, suitable for high-frequency applications.
• On-State Voltage Drop: Low on-state voltage drop, resulting in low power consumption and high efficiency.
• Operating Temperature Range: -40℃ to +150℃.
• Protection Class: IP20.
• Cooling Method: Natural cooling.

• Control Function: Provides adjustable current and voltage control functions, enabling precise current and voltage regulation.
• Protection Function: Equipped with overload and short-circuit protection functions to protect the load from damage under abnormal conditions.

• Input Type: Has 8 digital input channels, capable of accepting discrete digital signal inputs.
• Communication Interface: Adopts ABB’s proprietary communication protocol, allowing communication and data exchange with ABB’s control systems or other compatible devices.

• Voltage Source Converter – High Voltage Direct Current (VSC-HVDC)
  In long-distance and large-capacity power transmission (such as inter-regional power grid interconnection and offshore wind power grid integration), the IGCT module serves as the core component of the converter valve, realizing efficient conversion between alternating current and direct current. With a high voltage class of 4500V and above and large current-carrying capacity, it meets the power control requirements of gigawatt-level transmission systems.
• Static Var Generator (SVG) and Active Power Filter (APF)
  In high-voltage power grids, the IGCT module adjusts reactive power through fast switching, stabilizes grid voltage, suppresses harmonic interference, and improves grid power factor (especially suitable for scenarios with impact loads such as steel and metallurgy). Its short turn-off time (≤2μs) enables millisecond-level dynamic response, quickly compensating for grid fluctuations.
• High-Voltage Motor Soft Starter
  It is used for start control of large industrial motors (such as water pumps and fans). Through the power regulation capability of IGCT, it reduces the starting current impact, minimizes disturbances to the power grid, and avoids overload of motor mechanical stress.

• Wind Power Converter (Megawatt and above)
  In large wind turbines (2MW and above), the IGCT module acts as the core of the converter, converting the variable-frequency alternating current output by the generator into power-frequency alternating current for grid connection. Its wide junction temperature range (-40°C~125°C) adapts to extreme outdoor environments, and its high-reliability design (service life of 20+ years) matches the long-term operation requirements of wind power equipment.
• Photovoltaic Power Plant Boost Inverter
  For centralized photovoltaic power plants, the IGCT module is used in medium and high-voltage inverters (3kV and above) to invert the low-voltage direct current from the photovoltaic array into high-voltage alternating current. Combined with its low switching loss characteristics, it improves energy conversion efficiency and reduces line losses in large-scale photovoltaic grid connection.

• Rolling Mills and Metallurgical Equipment
  In the main drive system of rolling mills in the steel industry, the IGCT module drives high-power DC or AC motors, realizing precise adjustment of roll speed (response speed at μs level) to meet the high-frequency dynamic control requirements for tension and speed during the rolling process. Its short-circuit withstand capability (10 times the rated current / 10μs) can withstand the impact of sudden load changes in rolling mills.
• Mining and Heavy Machinery
  It is used in the variable frequency speed regulation systems of mining crushers, hoists and other equipment. In harsh environments with dust and vibration, through the anti-aging packaging (ceramic insulation + metal substrate) and built-in protection functions (overcurrent, overtemperature) of IGCT, the continuous and stable operation of the equipment is ensured.

• High-Speed Railway and Metro Traction Converters
  In rail transit traction systems, the IGCT module converts the high-voltage alternating current from the catenary into direct current or variable-frequency alternating current suitable for traction motors. Its high power density design (compact press-fit packaging) saves space inside the train, and its fast switching characteristics improve the smoothness and efficiency of traction speed regulation.
• Ship and Port Power Systems
  It is used in converters for ship integrated electric propulsion systems and power conversion of port shore power equipment. The salt spray resistance and wide temperature design of the IGCT module adapt to the marine environment, while meeting the dynamic speed regulation requirements of ship high-power motors (such as propulsion motors).

• Energy Storage System (Large-Scale Electrochemical Energy Storage)
  In megawatt-level energy storage power stations, the IGCT module is used in bidirectional converters to realize bidirectional energy flow between battery energy storage and the power grid. Its efficient on-state characteristics (on-state voltage drop ≤2.5V) reduce energy loss during energy storage charging and discharging processes.
• Electromagnetic Catapult and High-Energy Physics Equipment
  In special fields (such as aircraft carrier electromagnetic catapults and particle accelerator power supplies), the IGCT module realizes strong current pulse control through short-term high-power output (peak current can reach several times the rated value). Its fast switching and anti-overload capabilities meet the demand for instantaneous high power.