Add to ORKGA bi-objective optimization approach is presented for solving the small generation companies short-term thermal unit schedule problem, considering the goodness of being schedule, but with emission concern. The startup and shutdown for each unit throughout the time horizon is derived from Pareto-optimal solutions, using a method merging dynamic programming and nonlinear programming to provide schedule of the units. A case study is presented to demonstrate the effectiveness of the approach
The prospect of clean electrical energy generation has recently driven to massive investments on ren...
Abstract － Scheduling the economic generation of thermal units is a critical task in a large scale ...
An outline of already reported scheduling methods which can satisfy environmental constraints and gi...
© 2016 Elsevier Ltd. All rights reserved. In this paper, authors propose a novel method to determine...
In the previous paper, we reported on the scheduling method which decides the optimum operative patt...
This paper presents a scheduling method for thermal generating units, that will control the total ni...
This paper is on the self-scheduling problem for a thermal power producer taking part in a pool-base...
We consider the problem of an electric energy producer operating in the liberalized electric energy ...
Abstract – In this paper, a new approach for the opti-mal scheduling of cogeneration systems is pres...
Abstract － Scheduling the generation of thermal units is very important in a large-scale power syst...
Recently, there are many anxious news about ploblem of stabilizing the supply of primal energy (the ...
This study presents a two-stage stochastic optimization model for the short-term operation schedulin...
This study addresses the problem of the self-scheduling of an electricity system mainly based on hyd...
Scheduling methods, which reduce undesirable emissions from fossil-fuel generating units, has been a...
In this paper we develop two decision support procedures for the short-term hydro-thermal resource s...
The prospect of clean electrical energy generation has recently driven to massive investments on ren...
Abstract － Scheduling the economic generation of thermal units is a critical task in a large scale ...
An outline of already reported scheduling methods which can satisfy environmental constraints and gi...
© 2016 Elsevier Ltd. All rights reserved. In this paper, authors propose a novel method to determine...
In the previous paper, we reported on the scheduling method which decides the optimum operative patt...
This paper presents a scheduling method for thermal generating units, that will control the total ni...
This paper is on the self-scheduling problem for a thermal power producer taking part in a pool-base...
We consider the problem of an electric energy producer operating in the liberalized electric energy ...
Abstract – In this paper, a new approach for the opti-mal scheduling of cogeneration systems is pres...
Abstract － Scheduling the generation of thermal units is very important in a large-scale power syst...
Recently, there are many anxious news about ploblem of stabilizing the supply of primal energy (the ...
This study presents a two-stage stochastic optimization model for the short-term operation schedulin...
This study addresses the problem of the self-scheduling of an electricity system mainly based on hyd...
Scheduling methods, which reduce undesirable emissions from fossil-fuel generating units, has been a...
In this paper we develop two decision support procedures for the short-term hydro-thermal resource s...
The prospect of clean electrical energy generation has recently driven to massive investments on ren...
Abstract － Scheduling the economic generation of thermal units is a critical task in a large scale ...
An outline of already reported scheduling methods which can satisfy environmental constraints and gi...