Photovoltaic System Monitoring Platform

This platform integrates four core modules—real-time monitoring, inverter management, power generation analysis, and historical data recording—enabling digital operations and maintenance throughout the entire lifecycle of a solar power plant. Through an intuitive visual dashboard, it delivers real-time updates on equipment status, multi-dimensional comparisons of generation performance, intelligent alarm localization, and drill-down data querying.

Power Monitoring Platform

This platform is a monitoring system designed for power infrastructure, integrating equipment monitoring, alarm management, and intelligent inter‑system coordination. Through its configuration center, it enables device parameter settings and customizable alarm policies. At the monitoring center, it provides visual dashboards, remote device control, and multi‑level alarm tracking, while supporting real-time data refresh and historical record retrieval. This effectively enhances the operational efficiency of distribution rooms and substations, reduces manual inspection costs, and helps achieve the modern power‑management goal of "unattended operation and intelligent control."

Intelligent Assistive Monitoring System

The ZR-HK80 substation auxiliary monitoring system comprises terminal devices and associated sensors for primary equipment online monitoring, fire protection, security surveillance, intelligent lock control, and environmental‑condition monitoring, as well as video surveillance, acoustic‑signature monitoring, robotic systems, and other components. In a centralized monitoring mode, it enables comprehensive oversight of substation operation‑and‑maintenance equipment across the operations team, the regional dispatch center, the municipal power supply company, and the provincial inspection agency. Leveraging "online monitoring technology," the system delivers automated inspections, early warning alerts, and automatic report generation, thereby reducing the frequency of on-site patrols, promptly identifying potential equipment faults, and accelerating fault resolution while minimizing maintenance downtime.