Digital Fault Recording (DFR) functionality enhances the BFM-II’s substation monitoring capabilities with Power Quality Metering.
SATEC, an innovative supplier of power quality analysers and software serving the electrical utility, industrial and commercial markets announces the addition of a powerful Digital Fault Recorder (DFR) to the capabilities of its model BFM-II Second-Generation Branch Feeder Monitor. Designed specifically for electrical distribution substation applications, the Digital Fault Recorder functionality provides substation engineers with critical metering, power quality and fault recording data for relay tripping and reclosure operations, power disturbances and other system anomalies.
The BFM-ll’s unique design allows it to easily and cost-effectively address much needed upgrades to older substations where existing in-service electromechanical devices aren’t capable of providing necessary detail to operate in today’s demanding digital smart grid environment.
BFM II Substation Functions
The BFM-II offers a range of important substation functions, including:
Local and remote monitoring of breaker operations.
Local and remote supervision using digital and analog inputs.
Advance alerting of trips.
Long-term capture of trends and load profiles
Communication via existing substation protocols such as DNP and IEC 60870.
Power Quality Recording.
Fault Analysis.
With the inclusion of Digital Fault Recording and power quality capabilities, the BFM-ll delivers both an important update to substation feeders and a valuable upgrade in performance for applications designed by substation engineers. These enhanced capabilities have the ability to dynamically monitor system performance and improve overall reliability.
The addition of Digital Fault Recording functionality greatly enhances essential system detail necessary for the analysis of power disturbances and at a price point unheard of in the industry for this level of functionality. The DFR feature monitors distribution network protection system performance utilising multiphase waveform capture to immediately identify faults, failure of fault interrupting devices, incorrect tripping as well as to determine optimum tripping delay settings.
Installation requires no interruption of CT circuits or disruption of service and an entire substation can be upgraded in reasonable time.
Explore related topics:
For Your Industry
- Electricity Management Software for Airports: Turning Complexity Into Control
- Smart Energy Metering for Abattoirs and Meat Processing
- Energy Metering for Museums and Archives: Avoiding Silent Equipment Failures
Standards & Compliance
- IEC 61850 Explained: What It Is And Why It Matters In Australian Substations
- Phasor Measurement Unit – Voltage & Current Synchrophasers
- What Causes Voltage Dips in Australian Facilities?
Related Reading
- Waveform Data In Power Quality Monitoring: What Facilities Teams Should Track
- Power Quality Forensics: How PAS Helps Reconstruct What Happened Before an Electrical Event
- Why Accurate Microgrid Metering Is Essential for Regional Energy Systems
Trending in Your Sector
- Load Factor Explained: The Hidden Metric Behind Energy Efficiency
- Poor Power Factor: What It Is, Why It Matters and How to Fix It
Trending Outside Your Sector
