Smart Electricity Distribution Network Monitoring System

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Product
Smart Electricity Distribution Network Monitoring System
Posting date : Oct 21, 2021
Membership
Free Member Scince Apr 21, 2017
FOB Price
500/pieces
Min. Order Quantity
1 set
Supply Abillity
5000 sets per month
Port
shenzhen,china
Payment Terms
TT
Package
one set per box,60 box per carton
Keyword :
Category
Contact
Lucy
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Product Detail
Company Info
 
Quick Detail
Place of Origin
China [CN]
Brand Name
SNOVA
Model Number
SNV-309
HS-CODE
8526-92
Package & Delivery Lead Time
Package
one set per box,60 box per carton
Delivery Lead Time
7 working days
Specifications
Type of Certification
ISO9100 QMSC
Reference no.
ISO9100 QMSC
Name.
ISO9100 QMSC
Start Date (validity period)
0000-00-00
End Date (validity period)
0000-00-00
Patent
No. of Patent
MA/PAL
Patent Name
MA/PAL
Type of Patent
MA/PAL
Start Date
0000-00-00
Detailed Description
 

Smart Electricity Distribution Network Monitoring System

Smart electricity distribution network monitoring system is the use of electronic information and communication technology to detect the distribution network's short circuits and single-phase ground faults. It enables real-time monitoring, threshold warnings, fault session detection and sending out the fault message. this allows technical personnel to arrive on-site and fix the relevant problems quickly. this system can reduce the reliance on technician experience to identify faults, increase equipment stability and management efficiency. 

                  Remote Wireless Communication Terminal of Overhead Type Earth and Short Circuit Fault Indicator

 

Application Scenarios

 

Widely used in cities with overhead electricity lines, cable lines, oil fields, switchgears and other boxed equipments.

Remote Wireless Communication Terminal of Overhead Type Earth and Short Circuit Fault Indicator

                  

 

System Composition

the system consists of the fault indicator (acquisition unit), collecting unit and main station server.

Fault indicator (acquisition unit):

Fault indicator is the basis of the whole system; it's used for collecting real-time data from all test sites.

Collecting unit: When fault indicator detects short circuit or earth fault, the turnover alarm and flashing red light will be triggered immediately, at the same time, the fault information will be transferred to the collecting unit wirelessly through 433M/Lora, and the collecting unit will report it to the main station server through GPRS/CDMA (2G/3G/4G).

Main station server: When the main station server receives the fault information, together with GIS system, the system will provide the time and location information where the fault occurs, to help the maintenance staff identify the fault and fix it in a timely manner.

Remote Wireless Communication Terminal of Overhead Type Earth and Short Circuit Fault Indicator

 

Abnormal Monitoring Indicators, Automatic Flashing, Turnover Alarm and Sending To Main Station Server

 

When there is a fault in the electricity line, the LED light will flash immediately and the alarm will sound. At the same time the fault information is transmitted to the main station server. Once the fault information is received, in combination with the GIS system, the fault location and time will be sent out to a technician who will then rush on-site to fix the problem.

                                       

Visible Faulty Site and Clear Line Status

 

When the main station server receives the fault information from the terminal, it will perform a topology analysis, calculating, together with the GIS system to display the fault sites graphically, and clearly displaying the line status.

                                     

Powerful Electricity Solutions

1. Powered by electricity line: 10A+ current from the electricity line would be enough for the fault line indicator, extra battery power is not needed in this case.

 

2. Powered by solar energy: the terminal is powered by solar energy, backed up with a high-capacity lithium battery, can operate normally for 30 days in wet/raining weather conditions.

 

3. Low power optimization: the indicator uses an ultra-low power consumption design; average power consumption is less than 20 uA.

 

4. Battery power detection: System will detect power of the backup battery automatically, and will report to the main station server when the power is lower than the preset threshold value, and will have a reminder for you to change the battery.

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