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"SMART" housing and communal services

Automation is one of the main global phenomena,which applies to all sectors of the economy, and, of course, housing and communal services,as one of the basic spheres of human life, does not stand aside. The amount of oil and gas in the world is constantly decreasing, which inevitably leads to their appreciation, and therefore to the need for strict accounting. Payment for energy is one of the most important budget items,both the state and consumers. therefore, the technology of "smart" housing and communal services is more relevant today than ever. They can significantly save energy costs,due to their wise use, redistribution and reduction of losses.

"Smart" housing and communal services are inextricably linked with a "smart" city. Today, the level of urbanization is constantly growing, up to 70% of the global economy is concentrated in cities. And the more these numbers grow, the more difficult it becomes to control the processes taking place in cities. "Smart" cities provide for the integrated use of IoT -solutions in the field of housing and communal services, transport infrastructure, to ensure the safety of residents of cities and other areas.

SMART COUNTERS

Technologies of "smart" housing and communal services provide full control of equipment operation, allow taking readings from all meters, and preventing accidents. Wireless technologies provide remote data collection.

A comprehensive solution includes metering devices, pulse counters, a base station and a platform for collecting and processing data.

What data can be obtained thanks to smart meters:

  • statistics for each meter for an hour / day / month;
  • consumption dynamics;
  • data archive for at least 1 year;
  • unloading in Excel or xml;
  • settings for installed equipment;
  • the ability to access the system from any device via the Internet;
  • information on interference with the operation of devices (autopsy, exposure to a magnet)

RESULTS OF USE OF "SMART" METERS

OPTIMIZATION OF CONSUMPTION OF RESOURSES

Improving the efficiency of instrument management and the use of energy and water resources

COST REDUCTION

Minimization of time and money spent on commissioning, maintenance, calibration, repair due to the modular construction of systems and auto-diagnostics.

EXCLUSION OF THE HUMAN FACTOR

Minimization of errors caused by the "human" factor

REMOTE DATA COLLECTION

Automation of the meter reading process with their subsequent transfer to the appropriate authorities

CORRECT DATA

High accuracy of transmission of indications. Online information about all malfunctions accounting. Complete data for payment systems and workflow

WIRELESS TECHNOLOGIES

Wireless sensors increase monitoring area and reduce costs

OPTIMIZE RESOURCE CONSUMPTION
with solutions from TN-GROUP

INTELLIGENT SYSTEM OF ACCOUNTING OF ENERGY RESOURCES NEKTA CLOUD

NEKTA Cloud is a platform for collecting and processing data from metering devices and energy dispatching. The system allows you to take readings and remotely control more than 30 different types of devices, such as water, gas, electricity meters, heat detectors, sensors, units and flow meters with digital and pulse interfaces. The list of equipment is constantly expanding. The system has a cloud and server version.

NEKTA CLOUD

  • Simple and intuitive reporting interface. Convenient designer with the ability to upload to XML80020, GIS housing and communal services, 1C.

  • A wide list and transparent operation of supported devices. The CRM system will automatically set a task as the verification deadline approaches.

Control of FILLER of WASTE CONTAINER

With the help of this solution, the garbage company will be able to see the percentage of filling the garbage container, as well as view all images through the web control panel.

Cameras shoot on video the inside of the trash can. Data is sent directly to the cloud, where it is automatically analyzed to determine the fullness of the container. The algorithm determines the percent filling with high accuracy thanks to machine learning technologies and provides actual container images for verification. If the camera is partially blocked by debris, carriers can simply check the footage to see what is actually happening in the container.

How it works

RESULTS OF USE

REMOTE MONITORING OF CONTAINER

OPTIMIZATION OF ROUTES OF GARBAGE COLLECTORS

ROUTE PLANNING BASED ON PROGNOSTICATION OF FILLING

REDUCTION IN FUEL EXPENDITURES BY 40%

PURITY OF THE CITY

OPTIMIZATION OF THE TIME OF COLLECTION OF GARBAGE

We are ready to answer all your questions