The wired network is regularly damaged by snowplows, while restoring the cable infrastructure due to climatic conditions is costly, and sometimes impossible in a reasonable time.
Taking into account the frequency of measurements (not more than 4 times a day), it was decided to switch thermosensors to the deployed LoRaWAN® network.
Main Tasks:
- Transfer thermometric measuring points to LoRaWAN® wireless transport without replacing the main equipment and information system;
 - Reduce power consumption.
 
Project results:- Reduced power consumption, solution aligned to LoRaWAN® class A;
 - LoRaWAN wireless network deployed to transmit data from thermosensors.
 
Vega BS-1
Vega BS-2
Vega BS-1.2
Vega BS-2.2
Vega BS-0.1
Vega BS-3
Antenna 868-01
Antenna 868-01-A10
Vega SI-11
Vega SI-12
Vega SI-13-232
Vega SI-13-485
Vega SI-21
Vega SI-23-232
Vega SI-23-485
Vega SI-22
Vega NB-11
Vega NB-12
Vega NB-13
Vega NB-14
Vega NB-15
Betar-Vega SHVE/SGVE
Vega TL-11
Vega M-BUS-1
Vega M-BUS-2
Vega TP-11
Vega TD-11
Vega GM-2
Vega SH-2
Vega LM-1
Vega LM-210
Betar-Vega SHVE/SGVE
CE2726A R01
CE2726A W03
CE2727A R02
CE2727A B04
Mercury 206
Betar-Vega SGBM-1.6
Vega TS-11
Vega Smart-UM0101
Vega Smart-HS0101
Vega Smart-MC0101
Vega Smart-WB0101
Vega Smart Badge
Vega TD-21
Vega Smart-AS0101
Vega Smart-MS0101
Vega Smart-SS0101
Vega DP-1
Vega USB-UART
Vega FSK Dongle
Vega RF32WL
Vega RM868-UFL
Vega RM868-CPA
VEKTOR-101
Vega Smart Tab
Vega BP 3.6V
Vega Smart Tab-S
Vega BS-4
Vega BS-4 PRO
            


