Power Quality Monitoring

PQsensor100 Power Quality Monitoring Recorder

Full power data collection | In/out cabinet mount | Local-cloud monitoring

Embedded In-Cabinet

Cabinet Panel Wall Mount

Photovoltaics (PV)

Wind Power

Metallurgy

Semiconductor

Data Center

Petrochemical

Multi-industry power distribution: PV, wind, metallurgy, semiconductor, data centers, petrochemicals

I. Industry Pain Points & Product Solutions

01. Typical Power Quality Issues in Power Distribution Across Industries

	PV / Wind Power:	Grid-tied inverters introduce harmonics and power fluctuations, which may cause voltage swings, flicker and frequency deviation.
	Metallurgy / Petrochemical:	High-power impact loads and variable-frequency drives often trigger three-phase unbalance and voltage sags, disrupting continuous production.
	Semiconductor / Precision Manufacturing:	High-precision equipment is sensitive to power quality. Voltage disturbances and harmonics threaten process stability and equipment reliability.
	Data Center:	Non-linear loads such as UPS and switching power supplies continuously generate harmonics and voltage fluctuations, straining the distribution system.

02. PQSENSOR100 Power Quality Monitoring Solution

Built for industrial distribution, substations and critical loads. It supports local & remote monitoring, capturing voltage, current, harmonics, interharmonics, flicker, frequency deviation, 3-phase unbalance and waveforms. Local touchscreen + cloud visualization enable anomaly detection, disturbance tracing and data-driven O&M & fault analysis.

II. Four Core Features

1. 0.5~60th Harmonic & Interharmonic Recording

Full-spectrum harmonic monitoring. Captures RMS, THD, phase angle and PF. Cloud export of harmonic trends for interference source localization.

2. Full Transient Event Logging

Records voltage swell/sag/short interruption and RVC events with timestamp, duration & magnitude for local/cloud joint analysis.

3. Fault Oscillography & Long-Term Waveform Storage

Multi-channel real-time linked oscillography before/during/after faults for traceability and root-cause analysis.

4. Two Mounting Options

Embedded in-cabinet or wall-mounted outside cabinet, flexible for site layout and easy O&M.

Device Transient Event List

Cloud Event Detail Page

Cloud Synthesized Fault Oscillography Waveform

Device Real-time Waveform Interface

Embedded In-cabinet Photo

External Wall-mounted Rendering

III.Hardware Parameters + Full-Function Touchscreen Display

01 Basic Hardware Configuration

Computing Core	Dual ARM+FPGA architecture for real-time electrical processing & system operation
HMI	5" 800×480 color LCD touchscreen, multi-interface display & easy operation
Local Storage	Local storage: operational, event & waveform data
Acquisition Channels	Supports synchronous multi-channel V&I acquisition; Ethernet, RS485 and other comms interfaces
Measurement Accuracy	Meets on-site power quality monitoring & fault troubleshooting needs

02 Full-Function Touchscreen Modules (Multi-Interface Display)Touchscreen

Real-time Data Module

Supports local display of voltage, current, real-time waveforms, 3-phase vector diagram, power, energy and digital input status.

Power Quality Analysis Module

Supports display and analysis of harmonics, interharmonics, voltage fluctuation, flicker and related power quality data.

Parameter & Event Management Module

Supports event view, parameter, comms, relay & device info configuration.

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