Safe operation of power systems is fundamental to any organization's normal operations, yet hazards such as voltage fluctuations, current anomalies, and three‑phase imbalance are often difficult to detect in a timely manner. These issues may initially appear only as mild energy increases or equipment heating, but if left unaddressed, they can escalate into equipment damage, production line stoppages, or even fire incidents. Tespro's energy management platform relies on real‑time power data transmitted back via DTUs, continuously monitoring voltage, current, power, and three‑phase balance status to accurately identify equipment risks and ensure power system safety. The platform not only displays real‑time power parameters but also generates historical trend charts, helping managers understand power quality trends and take preventive measures before problems worsen.
The platform's anomaly handling capability is one of its core values. The system automatically detects abnormal conditions and triggers alerts. When monitored voltage, current, or power parameters exceed preset thresholds, the platform immediately determines the alert level based on its rule engine and notifies relevant personnel via SMS, email, or platform messaging. More importantly, the platform integrates complete alarm management functionality, including alarm statistics, threshold configuration, rule management, and work order dispatch. When an alarm is confirmed, the system can automatically generate a maintenance work order, assign it to the corresponding operations staff, and track the work order's progress until resolution. This end‑to‑end management from anomaly detection to closed‑loop resolution greatly shortens fault response times and avoids greater losses caused by problem delays.
What power parameters can the Tespro energy management platform monitor, and how are alarms handled after triggering?
The platform monitors voltage, current, power, power factor, and three‑phase balance status. When parameters exceed preset thresholds, the system automatically triggers alarms, determines alert levels based on its rule engine, and supports notification via SMS, email, or platform messaging. The platform also integrates work order dispatch functionality, automatically converting alarms into maintenance work orders assigned to relevant personnel for end‑to‑end resolution from detection to disposal.
In practical alarm function applications, threshold configuration flexibility is very important. Different energy‑consuming equipment has different tolerances to voltage fluctuations — a precision CNC machine may be very sensitive to voltage sags, while a standard fan may be relatively tolerant. Tespro's energy management platform supports configuring different alarm thresholds per equipment and per zone, allowing managers to fine‑tune settings based on each device's characteristics and importance, avoiding false or missed alarms caused by improper threshold settings. The platform also supports alarm statistical analysis, aggregating by time, zone, and alarm type to help management identify frequent fault points and systemic hazards, providing data support for preventive maintenance. For organizations with large numbers of electrical equipment and high requirements for power supply reliability, this intelligent power safety monitoring and alarm handling capability is an important tool for ensuring production continuity and equipment availability.
