Stennikov V.A., Barakhtenko E.A., Sokolov D.V. Use of multilevel modeling for determining optimal parameters of heat supply systems // Thermal Engineering . Vol.64. No.7. 2017. P.518-525. DOI: 10.1134/S0040601517070096 The problem of finding optimal parameters of a heat-supply system (HSS) is in ensuring the required throughput capacity of a heat network by determining pipeline diameters and characteristics and location of pumping stations. Effective methods for solving this problem, i.e., the method...
Теги: algorithms , heat-supply system , multilevel modeling , optimization methods , procedure , software system , circuit theory , complex networks , computer software , construction equipment , hierarchical systems , hydraulic equipment , hydraulic machinery , optimizatioZorkaltsev V.I. Search for feasible solutions by interior point algorithms // Numerical Analysis and Applications. Vol.9. No.3. 2016. P.191-206. DOI: 10.1134/S1995423916030022 A family of interior point algorithms for linear programming problems is considered. In these algorithms, entering the feasible solution region ...
Теги: linear programming , optimization , consistent constraint , feasible regions , feasible solution , interior point , interior point algorithm , linear programming problem , non-degeneracy , algorithms... to Find Normal Solutions to a System of Linear Algebraic Equations with Bilateral Constraints on Variables* // Cybernetics and Systems Analysis. Vol.51. No.6. 2015. P.896-904. DOI: 10.1007/s10559-015-9782-1 The authors consider primal interior point algorithms to find normal solutions to systems of linear equations with bilateral constraints on variables. Analyzing this problem and the methods of its solution is important to develop the theory of mathematical modeling (in particular, to solve power ...
Теги: algorithms , computation theory , computational efficiency , linear algebra , linear equations , linear programming , problem solving , bilateral constraints , computational algorithm , experimental analysis... systems and their control, including emergency control, represent a difficult problem that needs to be studied. Generation from wind power plants, however, is a vivid example of stochastic operation of generators. The research is aimed at developing algorithms for the construction of automated systems to control active components of the electrical network. The method applied in the research to describe the object of control is based on the universal approach to the mathematical modelling of nonlinear ...
Теги: algorithms , automation , control systems , distributed power generation , dynamical systems , electric energy storage , electric power generation , electric power systems , electric power transmission networ... Coordination of Operation and Emergency Control of EU and Russian Power Grids). The presented results are about the extension and interconnection of large scale power systems from the perspective of monitoring and control. In this paper the authors identify algorithms and monitoring technologies for the identification of full system states and dynamic behavior of system. The algorithms are validated with realistic models from the European and Russian power system. The results lead to a coordination platform ...
Теги: dynamic state estimation , identify algorithms , large-scale power systems , monitoring and control , monitoring technologies , pmu , scada , wide area monitoring , algorithms , chemical sensors , electric poweNechaev I., Palamarchuk S. Mid-term generation scheduling on the basis of a bi-level optimization problem // 12th International Conference on Environment and Electrical Engineering, EEEIC 2013. P.203-208. ISBN (print): 9781467330. DOI: 10.1109/EEEIC.2013.6549617 The electricity generation scheduling is an essential problem in the power system operation. The electricity market creates a specific environment for generation scheduling. The problem should take into account strategic behavior of electricity...
Теги: algorithm for solving , bi-level optimization , demand elasticities , electricity generation , electricity producers , generation scheduling , locational marginal prices , power system operations , algorithms
