The solution for automating data collection from heat meters based on Vega-Absolute equipment was successfully implemented by our partner NEKTA together with OOO 'SIBAY-SERVICE' for the management company of the city of Sibay.
The Management Company manages 250 houses. Every month, the engineer of this management company had to go around all the houses to manually connect to the device located in the basement of each house and upload the data for the past month. In the event of a malfunction of the devices, the engineer of the management company could not quickly connect to the device and obtain the necessary information.
- automation of the data collection process from the VKT-7 heat meter;
- ensuring the safe storage of this information on servers in reliable Data-centers;
- generation of reports in the shortest possible time in a convenient interface anywhere, anytime, from any device;
- the ability to request up-to-date information from your devices through the software;
- possibility to control the calibration date of sensors and flow meters of heat meters in one's equipment fleet;
- timely notification of the need to replace devices.
To implement the project, four Vega BS-2.2 gateways were used, which completely covered the area where the client's facilities are located and provided the foundation for further scaling of the system. A Vega SI-13-232 converter was connected to each VKT-7 heat meter to organize remote data collection. In addition, during the implementation of the project, it was decided to connect common house water meters.
- provided reliable data transfer to the platform with the ability to upload them in Excel format;
- wired solutions and manual data collection have been eliminated;
- a warning system has been set up about the upcoming date of verification or replacement of sensors and flow meters of heat meters.
The project was implemented using NEKTA Cloud, all data from the devices are stored in a reliable DATA-center 'TIER III' (99.9% availability).To date, this case has been successfully implemented and is actively used by the management company in Sibay.
Full description of the solution and actual realization by our partners under the link.

 Vega BS-1
Vega BS-1 Vega BS-2
Vega BS-2 Vega BS-1.2
Vega BS-1.2 Vega BS-2.2
Vega BS-2.2 Vega BS-0.1
Vega BS-0.1 Vega BS-3
Vega BS-3 Antenna 868-01
Antenna 868-01 Antenna 868-01-A10
Antenna 868-01-A10 Vega SI-11
Vega SI-11 Vega SI-12
Vega SI-12 Vega SI-13-232
Vega SI-13-232 Vega SI-13-485
Vega SI-13-485 Vega SI-21
Vega SI-21 Vega SI-23-232
Vega SI-23-232 Vega SI-23-485
Vega SI-23-485 Vega SI-22
Vega SI-22 Vega NB-11
Vega NB-11 Vega NB-12
Vega NB-12 Vega NB-13
Vega NB-13 Vega NB-14
Vega NB-14 Vega NB-15
Vega NB-15 Betar-Vega SHVE/SGVE
Betar-Vega SHVE/SGVE Vega TL-11
Vega TL-11 Vega M-BUS-1
Vega M-BUS-1 Vega M-BUS-2
Vega M-BUS-2 Vega TP-11
Vega TP-11 Vega TD-11
Vega TD-11 Vega GM-2
Vega GM-2 Vega SH-2
Vega SH-2 Vega LM-1
Vega LM-1 Vega LM-210
Vega LM-210 Betar-Vega SHVE/SGVE
Betar-Vega SHVE/SGVE CE2726A R01
CE2726A R01 CE2726A W03
CE2726A W03 CE2727A R02
CE2727A R02 CE2727A B04
CE2727A B04 Mercury 206
Mercury 206 Betar-Vega SGBM-1.6
Betar-Vega SGBM-1.6 Vega TS-11
Vega TS-11 Vega Smart-UM0101
Vega Smart-UM0101 Vega Smart-HS0101
Vega Smart-HS0101 Vega Smart-MC0101
Vega Smart-MC0101 Vega Smart-WB0101
Vega Smart-WB0101 Vega Smart Badge
Vega Smart Badge Vega TD-21
Vega TD-21 Vega Smart-AS0101
Vega Smart-AS0101 Vega Smart-MS0101
Vega Smart-MS0101 Vega Smart-SS0101
Vega Smart-SS0101 Vega DP-1
Vega DP-1 Vega USB-UART
Vega USB-UART Vega FSK Dongle
Vega FSK Dongle Vega Beacon TH
Vega Beacon TH Vega Beacon S
Vega Beacon S Vega RF32WL
Vega RF32WL Vega RM868-UFL
Vega RM868-UFL Vega RM868-CPA
Vega RM868-CPA VEKTOR-101
VEKTOR-101 Vega Smart Tab
Vega Smart Tab Vega BP 3.6V
Vega BP 3.6V Vega Smart Tab-S
Vega Smart Tab-S Vega BS-4
Vega BS-4 Vega BS-4 PRO
Vega BS-4 PRO 
            

