Abstract

This article discusses the prospects for the implementation of the concept «Smart freight wagon» on the Russian railways. The article discusses a concept for developing in Russia a system for monitoring the operating conditions of rolling stock and transmitting telemetry data on the state of infrastructure under the design names «Smart freight wagon. Also, authors offer the author’s concept of this system improvements based on openHAB smart system model which helps to make the modular system in order to increase fault tolerance and flexibly adapt to the needs of specific customers.

Highlights

  • The development of microprocessor and sensor technologies has allowed the creation of autonomous modules the size of a palm or smaller, which for several months or years without recharging are able to collect, process and transmit the necessary data about the state of the container

  • By the order of Russian Railways, a number of Russian enterprises jointly with the Skolkovo Fund are implementing a concept for developing a system for monitoring the operating conditions of rolling stock and transmitting telemetry data on the state of infrastructure under the design names «Smart freight wagon» and «Smart Locomotive»

  • The largest container transport operators in Russia thinks, that the idea of a “smart wagon” seems interesting, but so far difficult to put into practice

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Summary

Journal of civil engineering and transport

Information about quoting an article: Łukasik Z., Ushakov A. Abstract − This article discusses the prospects for the implementation of the concept «Smart freight wagon» on the Russian railways. The article discusses a concept for developing in Russia a system for monitoring the operating conditions of rolling stock and transmitting telemetry data on the state of infrastructure under the design names «Smart freight wagon. Authors offer the author’s concept of this system improvements based on openHAB smart system model which helps to make the modular system in order to increase fault tolerance and flexibly adapt to the needs of specific customers. Key words − Russian Railways, «Smart freight wagon», «Smart Locomotive» JEL Classification − L92

INTRODUCTION
REASONS FOR THE APPEARANCE OF THIS SYSTEM
IMPLEMENTATION FEATURES OF THIS SYSTEM
OF THIS SYSTEM BY THE BUSINESS
GENERAL SYSTEM DESCRIPTION
THE MAIN COMPONENTS OF THE DEVELOPED SYSTEM
PM AIR QUALITY SENSOR
FORMALDEHYDE SENSOR MODULE
RADIATION SENSOR MODULE
DUST SENSOR MODULE
CONCLUSIONS
Full Text
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