1. Basic Overview

2. Core Technical Parameters

3. Structure and Composition

• Semiconductor Body: High-voltage power chip, responsible for conducting and blocking current.
• Heat Sink: Metal substrate, responsible for heat dissipation to prevent overheating.
• Electrical Terminals: Wires or pins used to connect circuits.
• Insulation Structure: Ensures high-voltage safety and voltage resistance performance.

______________________________________________________________________________________________

4. Product Features

• High Voltage Resistance: Can work stably in a 36 kV voltage environment, suitable for high-voltage power grids and large-scale power systems.
• Large Current Bearing Capacity: The rated current of 800 A enables it to handle high-power current.
• High Reliability: As an internationally renowned brand, GE’s products usually have long service life and high reliability, suitable for harsh environments.
• Modular Design: Easy to assemble and maintain in large-scale systems.

______________________________________________________________________________________________

5. Application Fields

• Power Grid Transmission and Distribution Systems: Key components such as high-voltage circuit breakers and disconnectors.
• Large-Scale Power Conversion Devices: Including HVDC (High-Voltage Direct Current) converter stations, FACTS (Flexible AC Transmission Systems) equipment, etc.
• Power Electronic Control Systems: High-voltage inverters, rectifiers, etc.

______________________________________________________________________________________________

6. Installation and Maintenance Points

Installation Notes

• Electrical Insulation: Ensure the installation environment meets the insulation standard above 36 kV to avoid arc breakdown.
• Heat Dissipation Requirements: Due to the large current, ensure good heat exchange between the heat sink and the environment during installation; if necessary, cooperate with forced air cooling or liquid cooling systems.
• Moisture and Corrosion Prevention: High-voltage equipment is sensitive to the environment, and the installation location should prevent moisture and corrosion.

______________________________________________________________________________________________

Maintenance Recommendations

• Regular Inspection: Focus on checking the tightness of the connection terminals and the cleanliness of the heat sink.
• Insulation Monitoring: Regularly measure the insulation resistance to prevent failures caused by insulation aging.
• Life Management: Pay attention to the service time and number of thermal cycles of the power semiconductor, and replace aging components in a timely manner.