Add to ORKGThe paper considers the selection of a cogeneration system as a multicriteria decision-making problem, which involves economical, technical, thermodynamic and environmental issues. Taking into account the preference information given by the Decision-Maker (DM) about the weight of each criterion, a ranked set of alternatives is obtained by solving a discrete optimization problem based on the Tchebycheff metric. The problem definition, the structure and the solution algorithms are described. The DM can identify the most favorable alternatives in a finite number of steps. The method is illustrated with the help of an example
Bioenergy schemes are multi-faceted and complex by nature, with many available raw material supplies...
This article deals with some methodologies for economic and technical evaluations of cogeneration pr...
In the past, decision making within the energy sector, especially in Iran, was limited to economic a...
The paper considers the selection of a cogeneration system as a multicriteria decision-making proble...
In today's world, fossil fuels are still considered to be the primary energy source. Increasing ener...
The large potential for energy saving by cogeneration and trigeneration in the building sector is sc...
The decision making for trigeneration systems is a compositive project and it should be evaluated an...
The large potential for energy saving by cogeneration and trigeneration in the building sector is sc...
In the design of trigeneration plants for buildings, two fundamental issues must be addressed: the s...
Cogeneration is commonly recognized as one of the most effective solutions to achieve the increasing...
The design and choice of a specific cogeneration system is a process of selecting and deciding from ...
Cogeneration system design deals with several parameters in the synthesis phase, where not only a th...
Choosing a distributed energy system (DES) is a multi-criteria decision-making problem. Decision-mak...
Renewable energies are noticeably developing due to their various advantages such as low greenhouse ...
Multi-generation (MG) solutions to produce for instance electricity, heat and cooling power, are inc...
Bioenergy schemes are multi-faceted and complex by nature, with many available raw material supplies...
This article deals with some methodologies for economic and technical evaluations of cogeneration pr...
In the past, decision making within the energy sector, especially in Iran, was limited to economic a...
The paper considers the selection of a cogeneration system as a multicriteria decision-making proble...
In today's world, fossil fuels are still considered to be the primary energy source. Increasing ener...
The large potential for energy saving by cogeneration and trigeneration in the building sector is sc...
The decision making for trigeneration systems is a compositive project and it should be evaluated an...
The large potential for energy saving by cogeneration and trigeneration in the building sector is sc...
In the design of trigeneration plants for buildings, two fundamental issues must be addressed: the s...
Cogeneration is commonly recognized as one of the most effective solutions to achieve the increasing...
The design and choice of a specific cogeneration system is a process of selecting and deciding from ...
Cogeneration system design deals with several parameters in the synthesis phase, where not only a th...
Choosing a distributed energy system (DES) is a multi-criteria decision-making problem. Decision-mak...
Renewable energies are noticeably developing due to their various advantages such as low greenhouse ...
Multi-generation (MG) solutions to produce for instance electricity, heat and cooling power, are inc...
Bioenergy schemes are multi-faceted and complex by nature, with many available raw material supplies...
This article deals with some methodologies for economic and technical evaluations of cogeneration pr...
In the past, decision making within the energy sector, especially in Iran, was limited to economic a...