Efficient technologies in railway transport. Vadim Shmal
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Название: Efficient technologies in railway transport
Автор: Vadim Shmal
Издательство: Издательские решения
isbn: 9785005939487
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The key task in the quality management unit of internal processes is the formation of the production system of JSC “Russian Railways”, which ensures an increase in the efficiency of operational activities and motivates employees to its continuous improvement. The implementation of lean manufacturing projects, the development of metrological support, the accreditation of the company’s testing centers in the accreditation system of Russia and individual ones in the Dakks system are aimed at this.
One of the key components of quality management of internal processes is a clear organization of metrological support. Currently, the reorganization of the metrological complex has been completed. On all railways there are metrology centers serving all structures of the holding.
1.5 Information technologies development in transportation process management
The introduction of process principles in the company requires a transition from the registration and analysis of individual events to the planning and control of operational work processes as a whole. The rationing of processes provided for during the modernization of the Automated Transportation Operational Management System makes it possible to prevent a violation of technology, and therefore, to build an accurate forecast of the execution of operations and plan optimal solutions for the performance of operational tasks by all performers in all areas of work with a minimum of costs.
The main feature of the new system is the presence of components that allow not only to algorithmize the execution of processes, but also to offer their optimal implementation in terms of minimizing the operating costs of transportation in general. For these purposes, it is planned to build a single database of all operational work resources, network bandwidth with the most detailed sections and their economic and technical characteristics, the possibility of combining adjacent sections for calculations, as well as reporting on any polygons. The automated transportation operational management system consolidates all information flows related to transportation management and is an integration platform for planning and managing processes, their operational control and reporting.
The modern means of development and operation of an Automated Control System, including open-source software, used in the modernization of an Automated Transportation Operational Management System, provide a significant increase in the performance and fault tolerance of the system, as well as reduce the cost of ownership and eliminate dependence on foreign suppliers. Thus, in addition to solving business problems, the architecture of the Automated Management System and its maintenance technology are simplified, equipment and license costs are reduced, and the groundwork for solving promising tasks is provided.
Due to the common methodological basis and a single base of normative and reference information, it was possible to ensure strict mutual alignment of various parameters and constraints of operational work – the throughput and carrying capacity of sections and stations, the cost of transportation, the duration and number of “windows”, the availability of traction rolling stock and crews, wagons, formation plan, etc. – and perform calculations both for the network as a whole and for any of its polygons with flexibly changing boundary conditions and optimization criteria.
Currently, the model calculates the optimal passage of car traffic at the specified values of transportation volumes, throughput and processing capacities and unit cost. The skipping of all correspondence specified by the plan is simulated, with the minimum cost of their transportation over the network. In the event of situations when car traffic exceeding its capacity is sent to the site, the model offers such options for bypassing bottlenecks that provide the minimum possible cumulative additional costs.
The analytical subsystem built into the model generates a wide range of reports, such as: bottlenecks; the cost of transportation; correspondence that the model recommends to skip in circles; correspondence that had to take several different routes. An independent evaluation of the effectiveness of the solution obtained using the model for the direction of car traffic, conducted by specialists of JSC NIIAS, showed that the total estimated savings in operating costs could amount to about 3 billion rubles per year under the current norms and schedule.
The model can be applied to solve a wide range of planning tasks, both long – term – capital investments, and short-term – for technological aspects of operational work. Examples of such tasks can be an assessment of the General Scheme, checking the feasibility of transportation plans under given infrastructure constraints, and tariff modeling.
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