Managing

Manage energy assets using a sensorless technology to optimize performance with predictive inteligence.

notebook with Monitoring System dashboard

REQUESTMEETING

Enline Monitoring System compiles all the necessary modules to operate and maintain the best quality standards

Monitoring System Modules

Turning Data Into Value

Analytic algorithms show probability of an upcoming failure, indicating precise location and probable root cause.

OPERATING PRINCIPLES

Acquire electrical data, including waveform signals from multiple digital records installed at the nearby power substations, with customized fault location and cable data location algorithms. The result is a specific position of the events, which is reliable information for the TSO to undertake the corresponding maintenance tasks, minimizing unavailability time and O&M expenses.

KEY BENEFITS:

Increases availability time.
Track multiple transient events.
Advanced cable rupture monitoring and total rupture localization.
Fault details with position and severity.
Reduction of operational risk.

Prediction of wildfire risks avoiding disaster cost and increasing the safety for TSO/DSO assets, human bodies and civil assets in the region.

KEY BENEFITS

Identification of the risk of ignition and spread of fire.
Correlation of meteorological variables for operational risk
prediction and definition of operational limits.
Calculation of the best intervention time and solution cost.
Digital platform with automatic alarms communication and
mobilization of teams to the field.

E-WFP DETECTS PROBLEMS SUCH AS:

Conductors that break but remain alive, arcing in or near the ground;
Intermittent high voltage events, local overvoltages;
Prolonged leak; of low current (e.g. switches, clamps);
Conductors touching eachother, creating particles that fall and burn;
Pushed conductors and subsequent contact with trees or vegetation;
Conductor fall induced by mechanical failure;
Electrical risk assessment by analyzing dielectric breakdown due to wild fires.

Satellite imagery and AI provide information on vegetation height, encroachment and existent or upcoming critical clearances and risks of in-falling trees.

KEY BENEFITS

Avoiding outage caused by short circuits by line to vegetation short circuits;
Maximization of operating availability;
Real-time risk assessment;
Artificial Intelligence creates pruning plans, indicating cutting activities only on critical areas.

A SOLUTION FOR PREDICTABILITY,
PLANNING AND PRIORITIZATION

Vegetation Management combines on-the-ground meteorological data with high resolution multispectral satellite images to offer visibility and forecast of vegetation development around transmission and distribution grids.

Monitoring of landslides, movements, flooding, fires events and land occupation with AI and satellite imagery.

KEY BENEFITS

Monitoring of landslides, movements, flooding, fires events and land occupation;
Monitoring of alterations on ground-to-soil clearence distances;
Monitoring of tower foundation stability;
Risk assessment tool in case of earthquakes, landslides, floodings and avalanches.

THE LANDSLIDE MONITORING SYSTEM

The landslide monitoring system is capable of multi-source real-time data collection, to predict events such as rainfall, crack displacement and acceleration. This module delivers an intelligent sensing monitoring technology for abnormal variation of data, which can monitor the changes to promote perception, identification, convergence, and transmission of the monitored data in real time.

100% remote. Highly scalable, The DLR solution fully digital solution.