The paper presents the concept of the objective function which is to allow the selection of optimal parameters of the district heating system using a nuclear power plant operating in partial cogeneration mode. The concept is based on research carried out a number of years ago as part of [10]. The size of annual expenses was proposed as the objective function, which allows to compare the operation of a nuclear power plant in partial cogeneration with selected variants of supply to the heating system (combined heat and power station or conventional power plant and a conventional heating station). The analysis allows selecting the optimal structure of the heat supply system, which will provide the highest economic efficiency.W artykule przedst...
The author of this paper presented the results of a system analysis using MARKAL model, aiming at th...
The paper presents a modified algorithm for choosing the optimal coefficient of the share of cogener...
The paper presents the results of optimizing the coefficient of the share of cogeneration expressed ...
This paper presents a concept of the parallel connection of a nuclear power plant fitted to provide ...
The aim of the paper is to identify the optimal energy production system and its optimal operation s...
The author of this paper presented the results of a system analysis using MARKAL model, aiming at th...
Cogeneration (or Combined Heat and Power, CHP) is the simultaneous production of electrical and ther...
District heating technologies should be efficient, effective and environmentally friendly. The major...
The paper presents the optimization of an energy supply system for an Italian industrial area. The s...
In this paper, certain the issues concerning usage of nuclear power plants as sources of not only el...
A numerical optimisation method, previously applied to a large cogeneration plant has been adapted f...
The aim of the paper is to define optimal operational strategies for Combined Heat and Power plants ...
The aim of the paper is to discuss the possible use of Combined Heat and Power (CHP) plants and to h...
This paper focuses on the analysis of technical possibilities of a nuclear combined heat and power (...
The aim of an investigation was to examine the heat sources, which can be used as a supplement for p...
The author of this paper presented the results of a system analysis using MARKAL model, aiming at th...
The paper presents a modified algorithm for choosing the optimal coefficient of the share of cogener...
The paper presents the results of optimizing the coefficient of the share of cogeneration expressed ...
This paper presents a concept of the parallel connection of a nuclear power plant fitted to provide ...
The aim of the paper is to identify the optimal energy production system and its optimal operation s...
The author of this paper presented the results of a system analysis using MARKAL model, aiming at th...
Cogeneration (or Combined Heat and Power, CHP) is the simultaneous production of electrical and ther...
District heating technologies should be efficient, effective and environmentally friendly. The major...
The paper presents the optimization of an energy supply system for an Italian industrial area. The s...
In this paper, certain the issues concerning usage of nuclear power plants as sources of not only el...
A numerical optimisation method, previously applied to a large cogeneration plant has been adapted f...
The aim of the paper is to define optimal operational strategies for Combined Heat and Power plants ...
The aim of the paper is to discuss the possible use of Combined Heat and Power (CHP) plants and to h...
This paper focuses on the analysis of technical possibilities of a nuclear combined heat and power (...
The aim of an investigation was to examine the heat sources, which can be used as a supplement for p...
The author of this paper presented the results of a system analysis using MARKAL model, aiming at th...
The paper presents a modified algorithm for choosing the optimal coefficient of the share of cogener...
The paper presents the results of optimizing the coefficient of the share of cogeneration expressed ...