Add to ORKGDifferent operational decisions have to be made in short-term. In a time frame of eight hours to one week ahead, unit commitment modeling is applied to determine which units should be turned on and off, referred to as the plant status [1]. Generation output levels are adjusted to demand levels in order to instantaneously guarantee the system power balance. The optimization model is used to minimiz
International audienceDecision making regarding the operation of renewable-integrated power systems ...
Electric power systems worldwide are receiving an increasing volume of wind power generation (WPG) b...
Growing load factors in winter and summer peaks are a serious problem faced by the Spanish electric ...
The ability of load to respond to short-term varia-tions in electricity prices plays an increasingly...
The output of renewable energy fluctuates significantly depending on weather conditions. In this wor...
The European Commission has set a renewables target enforcing wind power investments. Simultaneously...
In this paper, a two-stage stochastic unit commitment (UC) model considering flexible scheduling of ...
The integration of renewable energy sources and the development of a smart electricity network can b...
Wind power intervals with different confidence levels have an impact on both the economic cost and r...
This study presents a small scale energy system modelling tool which can be used to plan a secure an...
Generation scheduling is to determine a commitment schedule for the generating units to meet the fo...
In the day-ahead dispatching of network-constrained electricity markets, renewable energy and distri...
Daily load is the main issue for many power plant industries that are affected by the varying maximu...
As a result of extensive penetration of wind farms into electricity grids, power systems face enormo...
This paper presents an algorithm to deal with thermal Unit Commitment which takes into account the i...
International audienceDecision making regarding the operation of renewable-integrated power systems ...
Electric power systems worldwide are receiving an increasing volume of wind power generation (WPG) b...
Growing load factors in winter and summer peaks are a serious problem faced by the Spanish electric ...
The ability of load to respond to short-term varia-tions in electricity prices plays an increasingly...
The output of renewable energy fluctuates significantly depending on weather conditions. In this wor...
The European Commission has set a renewables target enforcing wind power investments. Simultaneously...
In this paper, a two-stage stochastic unit commitment (UC) model considering flexible scheduling of ...
The integration of renewable energy sources and the development of a smart electricity network can b...
Wind power intervals with different confidence levels have an impact on both the economic cost and r...
This study presents a small scale energy system modelling tool which can be used to plan a secure an...
Generation scheduling is to determine a commitment schedule for the generating units to meet the fo...
In the day-ahead dispatching of network-constrained electricity markets, renewable energy and distri...
Daily load is the main issue for many power plant industries that are affected by the varying maximu...
As a result of extensive penetration of wind farms into electricity grids, power systems face enormo...
This paper presents an algorithm to deal with thermal Unit Commitment which takes into account the i...
International audienceDecision making regarding the operation of renewable-integrated power systems ...
Electric power systems worldwide are receiving an increasing volume of wind power generation (WPG) b...
Growing load factors in winter and summer peaks are a serious problem faced by the Spanish electric ...