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Tech OVN

Power Quality Analyzer — Continuous, Cloud-Connected (Coming Soon)

Titan PQ, coming soon, is a permanent DIN-rail power quality analyzer for industrial plants, data centres and hospitals: designed to IEC 61000-4-30 Class S methods, with harmonics to the 63rd, flicker, sag/swell and transient capture, Class 0.5S energy metering and Modbus RTU/TCP.

Coming SoonStatusClass 0.5SEnergyUp to 63rdHarmonicsEN 50160 / IEEE 519Reports
Register InterestSpecifications
Tech OVN Titan PQ DIN-rail power quality analyzer (coming soon)
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Continuous Power Quality — Not Periodic Surveys

Power quality problems are rarely steady-state. Voltage sags happen for cycles. Harmonics shift with load. Transients fire during switching events. Periodic 7-day handheld surveys catch the easy stuff and miss the hard stuff — the intermittent events that actually cause equipment failure, premature transformer ageing, and unexplained downtime.

Tech OVN's power quality analyzer, Titan PQ, is coming soon. It is being built for permanent, continuous monitoring on incoming feeders, critical loads, and grid interconnection points: measurement designed to IEC 61000-4-30 Class S methods, with Class 0.5S energy on the same device, and auto-generated EN 50160 and IEEE 519 reports. Designed in India.

What the Analyzer Does

Six capabilities Titan PQ is designed around, and what separates a continuous PQ analyzer from a portable survey tool.

Designed to IEC 61000-4-30 Class S Methods

Power quality measurement built around the methods tender writers cite: 10/12-cycle aggregation and IEEE 1588 time sync. The product is coming soon and holds no certification yet.

Continuous, Permanent Monitoring

Designed for permanent DIN-rail installation — not a portable tool you bring out when there's a problem. Catches transient events, intermittent harmonics, and rare voltage events that handheld surveys miss.

EN 50160 + IEEE 519 Reports

Auto-generated weekly reports that compare measured data against EN 50160 (European voltage characteristics) and IEEE 519 (harmonic distortion limits), for utility, regulator, or internal QMS discussions.

Harmonics to the 63rd Order

Individual + total harmonic distortion (THD, TDD, TEHD, TOHD) for voltage and current to the 63rd harmonic plus inter-harmonics per IEC 61000-4-7. Critical for VFD-heavy plants, data centres, and industries with sensitive electronics.

Energy + PQ in One Device

Class 0.5S active energy (designed to IEC 62053-22) on the same device — so a single install delivers both the energy bill audit and the power-quality audit. 4-quadrant kWh/kvarh/kVAh, sliding-window demand, up to 8 TOU/TOD tariffs.

Sag / Swell / Transient Capture

Per-phase 1/2-cycle RMS sag/swell with magnitude + duration + waveform capture. Transient detection above 50 μs with triggered waveform recording. RVC per IEC 61000-4-30 Ed.3. Disturbance direction (upstream vs downstream) for fault attribution.

Where It Fits

Wherever continuous PQ visibility supports compliance, uptime, or utility-interface accountability.

Industrial Plants & Manufacturing

Large motor loads, VFDs, welding, induction furnaces — continuous PQ monitoring identifies harmonic distortion driving equipment failure, transformer overheating, and unexplained downtime.

Data Centres & Hyperscale Facilities

UPS efficiency and IT-load reliability are sensitive to PQ. Continuous monitoring on incomers, UPS bypass, and critical PDUs catches PQ events before they cascade.

Hospitals & Healthcare

Medical equipment, OT / ICU power, MRI / CT scanner loads — all sensitive to PQ disturbances. Continuous monitoring supports NABH and joint-commission audit readiness.

Utilities & DISCOMs (Customer-Side)

Industrial and commercial customers documenting PQ at the utility interface — for contractual SLAs, indemnity claims, and tariff reclassification disputes.

Renewables & Solar Plants

Inverter-driven generation introduces harmonics; grid weakness causes sags. Grid codes such as the CEA connectivity standards set harmonic limits at the PCC (point of common coupling).

Commercial Real Estate

Premium-grade office and retail buildings advertising power-quality SLA to tenants. Monitoring on incoming feeders documents performance against the SLA.

PQ Analyzer Specifications

ParameterSpecification
AvailabilityComing soon
PQ Measurement MethodDesigned to IEC 61000-4-30 Class S methods (no certification held yet)
Active Energy AccuracyClass 0.5S (designed to IEC 62053-22)
Compliance ReportsEN 50160 (voltage characteristics), IEEE 519 (harmonic limits)
Channels3-phase 4-wire (V + I) with direct 4th CT neutral measurement
Harmonics (V & I)Up to 63rd + inter-harmonics per IEC 61000-4-7
Distortion IndicesTHD, TDD, TEHD, TOHD; K-factor; crest factor
FlickerPst (10 min) & Plt (2 hr) per IEC 61000-4-15; ΔV10 (Indian/Japanese grid)
Transient Detection>50 μs with triggered waveform capture
Sag / Swell / RVC1/2-cycle RMS, magnitude + duration; RVC per IEC 61000-4-30 Ed.3
Disturbance DirectionUpstream vs downstream identification
Sampling Rate256 samples/cycle (12.8 kHz at 50 Hz)
CommunicationRS-485 / Modbus RTU + dual Ethernet / Modbus TCP (daisy-chain), Wi-Fi optional
Time SyncPTP (IEEE 1588), NTP, GPS, SNTP
Form FactorDIN rail (compact)
Operating Temperature−25 °C to +70 °C
Internal Memory2 GB flash
Cloud PlatformTech OVN Energy Intelligence Platform — multi-site, multi-user, mobile

Why Tech OVN

Why we are building Titan PQ for permanent installations.

Built in India

Most permanent power quality analyzers in this feature class are imported. Titan PQ is being designed and built in India, combining measurement designed to IEC 61000-4-30 Class S methods with Class 0.5S energy metering.

Built for Permanent Installation

Many PQ analyzers are portable handhelds dressed up with a panel mount. Titan PQ is being designed for continuous unattended monitoring — DIN-rail, robust comms, no moving parts.

Cloud-Native, Not Cloud-Bolted-On

Real-time streaming, cloud-side compliance report generation, multi-site dashboard, and mobile alerts — built into the product, not licensed as a separate module.

From the Energy-Meter Side, Not the Test-Equipment Side

We come from energy metering, where meters are installed once and run unattended for years. Titan PQ applies that same permanent-installation approach to power quality.

Pair With Energy Monitoring + Audit Equipment

PQ analysis is most valuable when combined with energy monitoring (correlate PQ events with consumption spikes) and portable logging (initial site survey before permanent install). All three are designed to run on the same Tech OVN platform; Titan PQ is coming soon, the other two are available now.

Titan PQ — Product Detail →Industrial Energy Monitoring System →Portable Energy Logger (for Energy Surveys) →

Availability

Titan PQ is coming soon — here is what we can say today.

ParameterSpecification
AvailabilityComing soon. Not yet priced or orderable — register your interest and we will contact you at launch.
Warranty2 years standard from date of dispatch.
Cloud dependencyNone required. Modbus RTU/TCP is local and works with no internet connection.
ManufacturingBeing designed in Delhi NCR, India.

Frequently Asked Questions

Common questions about Class S, EN 50160 / IEEE 519, harmonics, permanent vs portable, and availability.

A power quality analyzer continuously measures voltage, current, harmonics, sags, swells, interruptions, flicker, unbalance, and other PQ parameters to assess the quality of the electrical supply at a given point. Permanent (DIN-rail / panel-mount) PQ analyzers are installed on incoming feeders, critical loads, or grid interconnection points to monitor PQ over time and document compliance with standards like EN 50160 and IEEE 519.
A three-phase power quality analyser measures voltage and current on all three phases plus neutral simultaneously, rather than one phase at a time. That matters because the most common industrial power quality faults are asymmetric: voltage unbalance between phases, a harmonic that circulates in the neutral, or a single-phase sag that only one leg of a three-phase motor sees. A single-phase instrument cannot detect any of them. Titan PQ measures all three phases and neutral on one timebase, which is also what unbalance and negative-sequence calculations require.
A power analyser measures how much power is flowing — volts, amps, kW, kVA, power factor, energy. A power quality analyser measures how good that power is: harmonics and inter-harmonics, voltage sags and swells, transients, flicker, unbalance, and frequency deviation, each logged against a standard such as EN 50160 or IEEE 519. The distinction is practical rather than academic — an energy meter tells you the bill, while a power quality analyser tells you why equipment is tripping, overheating or failing early. Titan PQ (coming soon) is designed to do both; the Titan energy meter, available now, does the first, with harmonics to the 31st order.
IEC 61000-4-30 defines measurement methods for power quality parameters and grades them by class. Class S is commonly cited in industrial PQ tenders — it covers statistical PQ assessment using similar measurement methods to Class A but with relaxed uncertainty requirements. Titan PQ (coming soon) is designed to IEC 61000-4-30 Class S methods; it holds no certification yet.
A portable PQ analyzer is brought to site for surveys (typically 7-30 days). A permanent analyzer is installed continuously on incomers, critical feeders, or PCCs (points of common coupling). For intermittent PQ events — voltage sags during a particular shift, harmonics from a specific load, transients from a switched capacitor bank — only continuous monitoring catches them. Surveys often miss the event because it happens when no one is monitoring.
That is the plan for launch. The cloud platform is designed to auto-generate weekly reports comparing measured data against EN 50160 (European voltage characteristics) and IEEE 519 (harmonic distortion limits), exportable in PDF / Excel / CSV.
Modbus RTU and Modbus TCP, plus MQTT for IoT pipelines. The analyzer feeds existing SCADA, EMS, BMS, DCIM, and asset-management platforms without rip-and-replace.
Individual and total harmonic distortion (THD, TDD, TEHD, TOHD) for voltage and current up to the 63rd harmonic order, plus inter-harmonics per IEC 61000-4-7. K-factor and crest factor are also computed (transformer derating, UPS / capacitor sizing). Critical for VFD-heavy industries, data centres, induction furnace plants, and renewables interconnections.
Titan PQ is coming soon. Once it launches we can quote for export from Delhi NCR; regional report configurations (EN 50160 / IEEE 519 / IEC 61000-2-2) are part of the design. Tell us your market when you register interest.
Fluke, Hioki, and similar are portable test-equipment brands — excellent for surveys and troubleshooting, but designed for handheld use. Titan PQ (coming soon) is a permanent monitoring product designed to IEC 61000-4-30 Class S measurement methods, built for continuous unattended operation, cloud streaming, and multi-site fleets. The two are complementary: a portable analyzer for surveys, a permanent analyzer for continuous monitoring.

Continuous power quality monitoring — coming soon

Register interest and talk to our team about your industrial, data centre, healthcare, or utility-interconnect requirement.

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