T/TCCT 004-2023 Intelligent Cloud Circuit Breaker Technical Specification
T/TCCT 004-2023 Intelligent Cloud Circuit Breaker Technical Specification
Basic Information
Scope
Main technical content: Intelligent cloud circuit breaker This is a highly integrated, multifunctional, and intelligent IoT air circuit breaker with remote communication capabilities. The intelligent cloud circuit breaker can detect signals and make intelligent judgments, identifying and providing early warnings for various faults in electrical equipment. Through the cloud platform, it can enable all or partial functions of remote measurement, remote transmission, remote control, and remote adjustment for electrical equipment. Specific functions include but are not limited to: - Automatic networking, automatic numbering, automatic debugging, and automatic defaulting of routine settings, enabling convenient use and ready-to-use deployment; - Supporting multiple communication methods to meet scenarios such as wireless remote use, local server power distribution, or secondary integration development; - Implementing algorithms based on time-of-use electricity pricing rules in various regions to automatically calculate time-of-use electricity consumption and pricing information, and displaying real-time charts or reports; - Enabling digital management via terminals such as apps, PCs, and mini programs; - Automatically collecting data to form a database, enabling multi-scene energy consumption analysis, behavior analysis, and safety analysis; - Providing location-based functions to query installation locations, fault locations, and map-based location information, assisting in large-scale distributed power distribution monitoring and management; - Equipped with short-circuit protection, leakage protection, overvoltage protection, undervoltage protection, power loss protection, overtemperature/undertemperature protection, and overload/overcurrent protection functions, enabling early warnings and automatic disconnection protection; - Supporting local leakage self-check and timed/automatic self-check functions; - Using intelligent chips to accurately measu