The key to choosing the right intelligent power distribution equipment lies in accurately mapping project requirements to technical parameters, functional configurations, and service guarantees. The following is a systematic selection path based on application scenarios:
Clarify the Core Project Requirements and Identify Key Dimensions
Voltage Level and Load Characteristics
For high-voltage projects (e.g., below 35kV), choose manufacturers with full voltage coverage capabilities. For example, Guangdong Lanteng Electric supports customized solutions for 35kV and below.
For low-voltage scenarios (380V and below), standard switchgear can be used, such as the GGD and GCK series. Pay close attention to whether parameters such as rated current and short-circuit withstand capability (Icw) match the peak load.
Industry Compatibility Requirements
Industrial Scenarios: If explosion-proof, high-vibration, or dusty environments are involved (e.g., mining, chemical plants), prioritize products with KA/KY mining certification and IP65 protection rating, such as the GKG mining high-voltage switchgear chosen by a company in Shanxi.
Data Centers/Commercial Buildings: Intelligent monitoring and energy management are required. Smart distribution cabinets integrating MODBUS protocol and remote APP viewing are recommended, such as the intelligent models from Xianghe Hengtong Electric.
New Energy Grid Connection: Dynamic Var Compensation (SVG) and power quality monitoring modules should be configured, supporting "plug-and-play" distributed power sources.
Intelligentization and O&M Expectations
For projects prioritizing proactive prevention, choose systems with AI early warning, cloud-based diagnostics, and fault self-healing capabilities, such as Guangdong Lanteng's intelligent O&M platform, which can improve O&M efficiency by 30%.
For projects with strong remote management requirements, ensure equipment supports "four remote" functions (telemetry, remote signaling, remote control, and remote adjustment).
