High-voltage apparatus
Vacuum Circuit Breaker (VCB) Assembly Production Line
Vacuum Circuit Breaker (VCB) Assembly Production Line
High Voltage Circuit Breaker RGV (Rail Guided Vehicle) Production Line
High Voltage Circuit Breaker RGV (Rail Guided Vehicle) Production Line
Helium Leak Detection Equipment for Electrical Equipment
Helium Leak Detection Equipment for Electrical Equipment
DC Charging Station Production Line
DC Charging Station Production Line
High voltage electrical packaging assembly line
High voltage electrical packaging assembly line
Ring main unit (RMU) Production line
Ring main unit (RMU) Production line
Ring main unit assembly production line
Ring main unit assembly production line
Painting line for switchgear
Painting line for switchgear
Electrical Circuit Breaker Production and Testing Equipment
Electrical Circuit Breaker Production and Testing Equipment
Assembly production line for switchgear
Assembly production line for switchgear

High-voltage apparatus production lines are specialized facilities designed for the manufacturing, testing, and quality assurance of high-voltage equipment. These production lines are equipped with advanced machinery and technology to ensure the production of reliable and high-performance equipment that meets industry standards and regulations. The following is a detailed introduction to high-voltage apparatus production lines:

Facility and Infrastructure

The high-voltage apparatus production lines are typically located within research institutes or manufacturing facilities that specialize in high-power, high-voltage equipment.

Staff and Expertise

These production lines employ a team of skilled technicians and academic leaders who possess a solid theoretical foundation and practical experience in the field of high-voltage apparatus product testing.

Testing and Research Capabilities

The high-voltage apparatus production lines are equipped with state-of-the-art testing equipment and facilities. They are primarily engaged in product testing of high-voltage apparatus and the development of new methods and techniques for high-power testing.

Electromagnetic Compatibility (EMC) Testing

EMC labs within these production lines are equipped with testing equipment to perform electromagnetic compatibility and immunity tests for high-voltage apparatuses. This includes combination wave generators, transient burst generators, damped oscillatory wave generators, and electrostatic discharge generators.

Standardization and Quality Control

The Industrial Standard Department within these facilities is responsible for professional management of the high-voltage apparatus industry, including the planning of scientific and technical development, evaluation of scientific achievements, quality control, type certification of products, and technical information.

Future Developments

The production lines are continuously being upgraded and expanded. For instance, the third-term project at XIHARI includes the design and development of 2 sets of 6500MVA extra-high power short-circuit generators and a double-circuit synthetic testing system [7]. This will enhance the laboratory’s capabilities to perform more complex tests, such as the 63kA short-circuit breaking capability test for 550kV circuit breakers.

International Cooperation and Expansion

The high-voltage apparatus production lines aim to expand their testing range and influence internationally.

Conclusion

High-voltage apparatus production lines are critical for the development and testing of high-voltage equipment. They are equipped with advanced technology and staffed by skilled professionals to ensure the production of high-quality equipment that meets international standards and contributes to the advancement of the high-voltage industry. The continuous expansion and upgrades to these facilities demonstrate a commitment to innovation and maintaining a competitive edge in the global market.