Abstract
Along with a brief description of the main problems of pipeline systems (water, gas, heat, fire extinguishing), it is claimed that the energy and resource saving reserves available here can, to a large extent, be implemented through the rational organization of hydraulic operating modes using modern methods of mathematical and computer modelling. The paper reviews the software and computing complex of the new generation. The complex provides the possibility of remote application of effective methods for calculating modes. The principles of the complex implementation ensure the execution of calculations anytime, anywhere, and with any number of users with a connection to the global Internet and a standard web browser. The paper briefly outlines the technologies that form the basis of such complex, as well as its user capabilities and computational characteristics. Results of the pilot industrial operation of the complex are also described. The complex is potentially applicable in different industries (energy, housing and utilities, construction, etc.) and spheres of activity (design, operation, research, training). It would be also useful to the specialists of different levels (engineers, researchers, graduate students, etc.).
Highlights
IntroductionSignificant reserves of energy and resource saving in pipeline systems (water, gas, heat supply, fire extinguishing, etc.) (PLS) can be implemented in the way of rational organization of their operation modes
Significant reserves of energy and resource saving in pipeline systems (PLS) can be implemented in the way of rational organization of their operation modes
Is a brief description of the software of the new generation developed by the MESI SB RAS, namely the software and computer complexes (SCC) “ISIGR” [7], which does not require purchasing and downloading on users’ computers
Summary
Significant reserves of energy and resource saving in pipeline systems (water, gas, heat supply, fire extinguishing, etc.) (PLS) can be implemented in the way of rational organization of their operation modes. Due to a number of progressive trends in the general aging of equipment, changes in the structure and level of loads, there are problems in many cities and towns of Russia associated with the non-design operating modes, increased production costs, transportation and distribution of water, energy and material losses, violations of technological requirements, consumers, increased accidents, and others. The solution of these problems is possible only through the analysis and rationalization of PLS operation modes based on the application of modern methods of mathematical and computer modelling. Is a brief description of the software of the new generation developed by the MESI SB RAS, namely the SCC “ISIGR” [7], which does not require purchasing and downloading on users’ computers
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