services

@SmartAFL®

Centralized Automatic Fault Locating System. SmartAFL® is a Traveling Wave-based and Impedance-based distance-to-fault locating software package.

Automatic Fault Location calculation engine gets Traveling Wave and Impedance records of both ends and of the line parameters stored in system database to execute the appropriate distance-to-fault locating algorithms for the calculations.

features

Features

  • Hardware architecture design is critical for the stability and availability of the entire system; the choice ensures that any single-point failure shall not affect the whole system.
  • SmartAFL™ utilizes SEL-411L with capability for TW and DFR data collection in order to calculate distance-to-fault using both TW and Impedance method.
  • SEL-3355 will be installed at the middle substation to collect, store and calculate fault location at the Centre. This industrial computer with no element rotation is designed specifically for use in environments that require high reliability

Functions

  • SmartAFL™ software is developed by ATS with standard-based features, making it a hardware-vendor independent software that can protect utility investment and lower total cost of project ownership throughout its lifecycle.
  • TW and Disturbance Impedance data is sent from Data Acquisition Units (DAU) to Data Acquisition Server via private WAN. Based on Travelling Wave and Impedance records of both ends and line parameters stored in system database appropriate distance-to-fault locating algorithms are executed with Automatic Fault Locating calculation engine. Operators are able to set up fault locating calculation in automatic or manual mode.
commitments

Why Us?

We use experience and expertise gathered from our extensive track record of successful
projects to ensure the optimal operation of your power systems.

7+ GW

Solar, wind, BESS, hybrid power plants and microgrids running on our systems

28+

Years in Power System Automation

500+

Projects

Our services

Engineering services

Secondary system design, software and hardware engineering, site integration, FAT and SAT, and after-sales support for the life of the system.

Power system studies

Dynamic model development and validation, DMAT, GPS and R0/R1/R2 compliance studies, system-level HIL testing and an integrated PSS tool.

Contact us to explore the possibilities

Let our expert team assist you in transforming your power infrastructure. The first step towards maximizing efficiency and reliability in the Australian power market.

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