Four-Faith Fault Location System

Overview

Four-Faith fault location system is suitable for miniature SCADA of power distribution automation overhead lines, used for real-time monitoring of power line operation status and fault point detection and location. Fault location system is a distributed monitoring, centralized management, and instant notification system with remote transmission capabilities.

Four-Faith fault location system. Under non-fault conditions, real-time monitoring of power grid load changes can prevent line faults; when short-circuit or ground fault occurs in the power line, the fault location will be displayed in time to guide the operation and maintenance personnel to quickly eliminate faults and restore power supply, so as to ensure the safe and stable operation of the power line Provide guarantee and intelligent decision-making basis

System Features:

1. Geographic positioning of GIS fault points
2. Power topology single-line diagram automatic networking
3. Various fault alarm methods, SMS /Email
4. Quick integration to other SCADA systems

Feature and Benefit

Map location

GIS system automatic positioning
Map positioning is mainly to locate and display the position of the fault indicator on the online map. If there is an alarm corresponding to the fault indicator, the red mark will flash, and the longitude and latitude information of the fault indicator can be filled in manually or selected on the map.
Graphical display

Custom Electrical One-line Diagrams
Display lines and fault indicators in a graphical way, and can add, edit, delete and other related operations on fault indicators and lines. For faulty lines, the corresponding fault indicators need to flash.
Modular software design

Friendly Web Interface
Browser-based web application, and data collection and processing, for modular management of historical data of fault indicators, device management, etc.
Faster data processing

Automated Analysis of Data

Data chart analysis function, the system automatically generates dynamic analysis of the historical data of the specified equipment, which greatly meets the needs of users, reduces tedious manual maintenance, and improves the work efficiency of users.

Technical Parameter

Parameter	Value
System composition
Data server	Data server scheme based on windows
Web server	Web browser based solution
Function
GIS location	GIS automatic positioning, FCI position information
	Power topology design, fault point reflection
	Alarm SMS editing, SMS user editing
Device management	DCU management, IP address, signal strength, online status
	FCI group management, control, upgrade parameter configuration
	FCI real-time telemetry and telematics data
Alarm event	Alarm event processing
Data monitor	Telemetry data management, FCI current, electric field
	TeleInfo data management, FCI fault status, fault phase
	Line Status Data Analysis
Waveform record	Waveform data recall
Waveform record	Waveform file view
Statistical Analysis	SMS status statistics, SMS receiving status
System Management	User management, administrators, engineers, operation and maintenance personnel
	Role authorization management
	system operation log
System Requirements
Server	CPU：Xeon E3/E5 2.3GHz，Dual core or above，Memory：8G or above，Hard disk：500Gor above，Network：5M Or above bandwidth
Operating system	Windows/Linux
Protocol	IEC101/IEC104