The equipment, utilizing a standardized cabinet as its carrier, integrates high-voltage circuit breakers, disconnectors, transformers, intelligent measurement and control devices, protective relays, online monitoring modules, and communication interfaces. It breaks the limitations of traditional high-voltage switchgear, which is merely for "control and protection," and achieves an integrated intelligent function encompassing "measurement, control, protection, monitoring, and communication." The cabinet is made of high-quality cold-rolled steel plates processed by CNC, boasting excellent sealing performance and a protection level of IP4X or above. It can effectively withstand harsh environmental impacts such as dust, moisture, and condensation, and is suitable for various installation scenarios, both outdoor and indoor. Additionally, it features resistance to electromagnetic interference, impact, and corrosion, ensuring long-term stable operation.Intelligentization is the core advantage of this equipment. Its equipped intelligent measurement and control system can collect key operational parameters such as voltage, current, power, temperature, and humidity inside the cabinet in real-time. Through the built-in communication module (supporting standard communication protocols such as IEC61850), the data is uploaded to the back-end monitoring center, enabling remote real-time monitoring, parameter setting, fault alarming, and historical data querying. Additionally, it boasts comprehensive protection functions, which can quickly detect and provide tripping protection against faults such as overload, short circuit, grounding, overvoltage, and undervoltage, thus preventing equipment damage and the escalation of power accidents, and ensuring the safety of the power grid and equipment.

Compared to traditional high-voltage switchgear, the 35kV high-voltage intelligent cabinet features compact structure, small footprint, convenient operation, and efficient operation and maintenance. It eliminates the need for frequent on-site manual inspections and enables intelligent operation and maintenance through a back-end system, significantly reducing operation and maintenance costs and labor input. Furthermore, the equipment supports modular design, allowing flexible configuration of different functional modules (such as metering module, reactive power compensation module, and fault recording module) according to actual needs. It is suitable for use in different scenarios such as grid-connected renewable energy and industrial high-voltage power distribution, offering both compatibility and scalability.