Transforming raw sensor telemetry into actionable power asset intelligence. A unified Condition-Based Maintenance (CBM) framework bridging ultra-low-current inductive hardware (>=1 A) with advanced harmonics and power quality diagnostics.
The VTI + DewesoftX CBM Ecosystem is an end-to-end industrial architecture deployed across transmission grids and high-voltage substations. By integrating VTI self-powered wireless thermal sensors (VTI-TS-22 / VTI-TS-26, >=1 A inductive threshold, type-tested to 500 kV) with DewesoftX deep diagnostics and the VTI AI Platform, utilities transition from blind periodic inspections to continuous, predictive condition-based maintenance.
Financial verification: Capital expenditure of ~$50,000 USD/substation protects against transformer failures costing $2M–$5M USD, achieving an 8x–12x ROI with a payback period under 1 year and saving 60–70% in maintenance OPEX.
A side-by-side engineering evaluation between Reactive, Preventive, and Condition-Based Maintenance (CBM).
| Evaluation Criteria | Reactive Maintenance | Preventive Maintenance | Condition-Based CBM (VTI + DewesoftX) |
|---|---|---|---|
| Trigger Mechanism | Triggered only after catastrophic failure, flashover, or unplanned blackout occurs | Fixed calendar intervals (e.g. 3–6 months) or manual handheld infrared patrol inspections | Continuous 24/7 automated trigger when thermal rate-of-rise (RoR >= 8°C/min) or dynamic threshold is breached |
| Diagnostic Capability | Zero early diagnostic capability; strictly reactive post-incident restoration | Critical physical blind spots: IR cannot see through metal-enclosed switchgear; high risk between inspection cycles | Eliminates physical blind spots: Detects contact deterioration 2–3 weeks earlier; distinguishes harmonic heating vs mechanical looseness |
| OPEX & Financial Impact | Extreme catastrophic cost: Transformer replacement $2M–$5M USD, outage fines, massive operational loss | Inefficient capital expenditure: Premature replacement of healthy components; expensive manual patrol labor | Optimizes 60–70% OPEX: ROI 8x–12x, payback < 1 year; eliminates planned outages for battery replacement |
| Root Cause Analysis | No pre-fault telemetry; components destroyed or severely scorched | Limited: Snapshot infrared thermogram lacking simultaneous load current and historical trends | Deep 4-Layer Diagnostics: Full harmonics and power quality decoding per IEC 60076-7 & IEEE C57.110 via OpenDAQ SDK |
A modular, high-availability architecture designed for substation harsh electromagnetic environments.
VTI-TS-22 & VTI-TS-26 (International MPN: TBR22-ST & TBR22-STE). Current-transformer energy harvesting from conductor current >=1 A, industrial accuracy ±0.2°C, range -40 to +125°C. Type-tested to 500 kV (partial discharge 8.7 pC, impulse -1500 kV). Permanently eliminates physical blind spots in switchgear.
Multi-protocol concentrator supporting Ethernet RJ45, 2.4 GHz WiFi (20 dBm), 4G LTE, and surge-protected RS485. Integrates natively with utility SCADA via IEC 60870-5-104 Master/Slave, Modbus TCP Server (Port 502, 32-bit float word-swapped), and MQTT (QoS 1). Receive-only mode compliant with NERC CIP-002-8 and NIST SP 800-82.
Autonomous 24/7 operations center with 3D BIM/GIS digital twin and topology heatmaps. Integrates radiometric thermal cameras (>1,024 points/frame), dynamic load-based threshold algorithms, DGA (dissolved gas analysis in transformer oil), and high-frequency partial discharge telemetry.
From "Knowing" to "Understanding": When VTI AI Platform flags a thermal excursion exceeding 60°C ("Knowing"), DewesoftX decodes line harmonics and power quality per IEC 60076-7 & IEEE C57.110 to differentiate harmonic distortion from mechanical contact looseness ("Understanding"). Free License-Free Review, OpenDAQ SDK, and automatic CMMS (PowerDB) synchronization across a 5-tier Asset Tree.
Kiến trúc phần cứng thu năng lượng điện từ trường và giao diện giám sát SCADA tập trung thời gian thực:
Proven reliability on operational utility grids across Vietnam.
Officially evaluated and approved by Hanoi Power Corporation. Demonstrated continuous precision acquisition of busbar contact temperatures, transformer oil level telemetry, and enclosure leakage voltage. Enabled non-outage condition-based maintenance planning with zero disruption to urban consumers.
Installed on November 21, 2023. Within less than 24 hours of operation under nominal load, the system flagged a critical temperature rise to 78°C on Branch 2 MCCB, Phase C. Maintenance teams scheduled a targeted crimp re-compression on November 27, 2023, completely averting an imminent switchboard electrical fire.
Contact our technical application engineers to request system architecture blueprints, Modbus register maps, and DewesoftX integration documentation.
Request Engineering Consultation