Manual inspection lags, hidden dangers difficult to detect
Manual inspection coverage is incomplete, response is slow, real-time monitoring is impossible, hidden dangers are difficult to handle promptly, easily leading to failures.
Power Quality Management System
Harmonic Mitigation・Remote Monitoring・Ensuring Power Quality
The PQMS (Power Quality Management System) collects real-time, multi-dimensional power quality indicators—such as voltage, current, harmonics, and power factor—from each monitoring point via the platform. It visualizes site health status on an interactive map, automatically triggers alerts for anomalies, and pushes notifications through multiple channels. The system supports remote online adjustment of compensation parameters, automatically generates comprehensive historical analysis reports for full cycles, and ensures all-round power supply safety while extending equipment service life.
Scene Background
Industrial parks, data centers, hospitals, commercial complexes, and other scenarios with stringent requirements for power quality commonly face issues such as harmonic pollution, voltage sags, and three-phase imbalances. These problems seriously threaten equipment and production safety. Moreover, traditional manual inspections are inefficient and slow to respond, failing to meet the demands for power supply reliability.
Pain Points
Abnormal location is difficult, response efficiency is low
Lack of visual positioning, manual troubleshooting is time-consuming, fault response is slow, affecting production continuity.
On-site operation and maintenance costs are high, governance is not timely
Reliance on on-site operations leads to high operation and maintenance costs, slow response, and inability to promptly address power quality issues.
Application Cases
Shanghai Six Power Project
Shanghai
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