Overview
A Suite of Digital Technologies to Collect Data
The collection of required asset condition data from the field on a large scale for GE and 3rd party electrical equipment is a key step in building a robust Asset Performance Management strategy. Grid Services specialists are constantly evaluating and implementing new innovative inspection technologies applying strict processes and methods. The digital inspections methods are designed to improve the efficiency of data collection, oil analysis and online monitoring. All new approaches to capture data are integrated into the EnergyAPM ecosystem for automatic data transfer.
Putting your data to work with GE's multi-disciplinary team of consulting experts
Product Reliability Engineers
Assess the existing asset data collected and recommend new digital data collection based on criticality, age and operational environment
Telecommunications Engineers
Evaluate data standardization needs and propose a safe data exchange architecture
APM Specialists
Help to define the Asset Performance Management (APM) system taxonomy and harmonize it with the other enterprise applications
Connected Worker
Site inspections are supported by a well-defined methodology resulting from decades of experience in servicing power equipment and by a set of advanced digital tools ensuring data quality and rapid troubleshooting. GE field workers are connected:
GE’s Field Inspection Tool (EnergyAPM FIT) is a tablet application designed by T&D maintenance specialists supporting safe, efficient and high-quality inspections. Standardized and normalized data are automatically shared in real time across the organization, minimizing administrative work and risk of error. Combined with the back-office application and a wide library of templates for various asset types, the inspection form library can be adapted to a specific application, dispatch work and rapidly generate reports. EnergyAPM FIT is an option of the GE Asset Performance Management program enriching EnergyAPM models and analytics.
Advanced Non-Intrusive Inspections for GIS, Transformer and Circuit Breakers
Technologies are available to assess various components without the need to open the asset reducing outage time and risks.
Methods include:
- Dynamic Contact Resistance Measurement to detect arcing contact wear and over-travel condition
- X-Ray inspection to evaluate the condition of main arcing and moving components
- Vibration Monitoring to detect operating mechanism defect
Online Monitoring for Critical Asset
Transformer Monitoring
Holistic but modular continuous on-line enhanced monitoring solutions
Ultra High Frequency Sensors
Measure GIS partial discharge to assess the condition of the SF6 or g3 insulation