Multi-functional Partial Discharge Detector

The CKP50 multi‑functional partial discharge live‑condition detector is designed with intelligence, accuracy, and portability in mind. It employs wireless sensors and integrates multiple detection methods—including ultra‑high frequency, ultrasonic (contact/non‑contact), high‑frequency, and transient earth voltage—into a single device. Featuring excellent sensitivity, linearity, and dynamic range, it is suitable for live‑condition partial discharge monitoring of virtually all high‑voltage equipment. The instrument enables intelligent diagnostics and remote assistance, significantly enhancing testing efficiency. It offers a rich library of diagnostic waveforms, multi‑level alarm thresholds, and multidimensional visualization, supports data export and upload, and can interface with the State Grid platform.

Online Monitoring and Early Warning Platform for Power Transmission and Transformation Equipment Status

The online condition monitoring and early‑warning platform for transmission and substation equipment is an integrated management system that combines online monitoring, data analysis, fault diagnosis, and alert notification. It leverages intelligent technologies to proactively prevent potential failures in transmission and substation assets, thereby ensuring the safety and stability of power supply. The platform covers a broad range of parameters, including operating temperatures, voltage fluctuations, current levels, power output, insulation performance, as well as environmental factors such as humidity—any element that directly impacts equipment operation. This platform not only serves as a guardian of transmission and substation equipment safety but also stands as a critical tool for enhancing the reliability and cost‑effectiveness of the power system.

CKP60 Partial Discharge Full-Pulse Monitoring and Diagnostic Localization System

The CKP60 partial discharge full‑pulse monitoring and diagnostic localization system addresses the challenges currently faced in field applications of ultra‑high frequency and ultrasonic partial discharge detection. For the first time, it boosts the sampling rate of the UHF monitoring unit to 3 GS/s, capturing raw pulses while simultaneously generating typical PRPD and PRPS patterns, enabling multi‑source separation and precise fault location.