Grid Reliability & Asset Health

Energy & Power Infrastructure Asset Monitoring

Deterministic sensing architectures engineered for high-voltage substations, generation turbines, and power distribution grids. Combines wideband acoustic corona and arcing indicators, synchronous tri-axial vibration, and thermal telemetry designed for IEC 61850 and IEEE standards compliance.

High Voltage Substation Transformer and Power Grid Infrastructure
SUBSTATION BENCHMARK • TRANSFORMER CORE VIBRATION & ACOUSTIC CORONA / ARCING TRACKING
High Voltage Assets

Transformer Core & Winding Looseness Monitoring

Electrodynamic forces from repetitive fault currents degrade transformer clamping structures, causing core laminate loosening and winding displacement. Our wideband vibration sensors track 100 Hz / 120 Hz fundamental harmonics and high-order magnetostrictive spectral signatures to detect structural mechanical degradation to support early maintenance action.

Target Equipment: 132 kV to 765 kV step-up and transmission autotransformers
Core Sensors: IGFO-100 Edge Node • IGFO-VIB10 Seismic Vibration Transmitter (coming soon)
Dielectric Health

Audible Corona & Arcing Acoustic Indicators

Audible corona and arcing indicators on transformer tanks and switchgear. Utilizing wideband acoustic sensing (20 Hz – 10 kHz), our nodes isolate micro-arcing energy from ambient substation hum with reduced false-alarm rates. Full PD detection requires AE (20–300 kHz) or UHF sensors — available via custom ODM.

Target Equipment: Bus ducts, high-voltage bushings, transformer tanks
Core Sensors: IGFO-AE-100 (Target specs — Q4 2027) Motion & Acoustic • Mercury Z1 (Pilot Q1 2027)
Power Generation

Steam, Gas & Hydro Turbine Drivetrain Diagnostics

Turbine generator sets undergo severe thermal and mechanical stresses during ramp-up and peak load cycling. Continuous casing vibration trending on turbine-generator auxiliaries and gearboxes complements API 670 proximity-probe protection systems; ISO 20816-2 severity evaluation.

Target Equipment: Combined cycle gas turbines, hydro-power runner bearings, wind nacelle gearboxes
Standards: Complements API 670 systems; ISO 20816-2/3 severity evaluation guidelines
Switchyard Automation

HV Circuit Breaker Operating Timing & Contact Health

Mechanical linkages, springs, and hydraulic trip actuators in SF6 circuit breakers experience stiction and lubrication drying over decades. Breaker operation vibration-signature and timing analysis alerts asset managers to sluggish trip mechanisms to support preventive maintenance.

Target Equipment: Medium & high-voltage vacuum and SF6 circuit breakers
Edge Compute: XTR 315 Multi-Core Edge AI Computer (Launch Q3 2027 • IEC 61850-3 environmental design target)

Energy & Substation Infrastructure Technical Specifications

Parameter Specification Engineering Significance
Substation EMC & Surge Withstand Designed for IEC 61850-3 / IEEE 1613 substation EMC and environmental compliance Operates reliably within high-voltage switchyards without EMI trip resets
Acoustic Corona & Arcing Band 20 Hz – 10 kHz Wideband Acoustic Isolates audible corona and micro-arcing acoustic pulses on transformer tanks and switchgear
Harmonic Analysis 4096-point FFT (6.25 Hz bins at 25.6 kS/s; zoom FFT for finer resolution) Tracks 100/120 Hz core magnetostrictive harmonics and winding sidebands
Substation Bus Protocols IEC 61850 MMS / GOOSE support (conformance testing planned) • DNP3 • Modbus SCADA telemetry directly into substation gateway RTUs and EMS
Operating Temperature -40°C to +80°C (Outdoor Weather-Sealed) IP67 rated aluminum enclosure for harsh outdoor switchyards

Consult with an Energy & Power Applications Engineer

Discuss transformer vibration baselining, audible corona/arcing tracking, or substation IEC 61850 integration with our field engineering team.