Wind power generation is taking an increasing share of the overall energy production in many power systems. While its low marginal operating cost reduces the overall cost of meeting the demand for electrical energy, the stochastic and intermittent nature of wind generation increases the uncertainty that the system operators face and obliges them to procure additional reserve capacity. This paper presents a methodology for quantifying fully the effect of wind power generation on the various components of the cost of operating the system
Wind power is undergoing a rapid development in many countries and has gained greater attention as t...
Because of wind power's unique characteristics, many concerns are based on the increased variability...
Power systems with high wind penetration experience increased variability and uncertainty, such that...
Wind power generation is taking an increasing share of the overall energy production in many power s...
As electricity demand increases and fossil fuels are depleted, renewable energy technologies are on ...
Although wind power is sustainable, environmental friendly and relatively inexpensive source of ele...
Wind energy offers a significant advantage such as no fuel costs and no emissions from generation. H...
The aim of this project is to develop a simulation technique that can assess the impact of large sca...
Power systems are planned such that they have adequate generation capacity to meet the load, accor...
Wind power is variable, uncertain, intermittent and site specific. The operating capacity credit ass...
With ever increasing penetration of wind capacity and growing interest in wind power by electric uti...
Wind power installations are growing rapidly throughout the world due to environmental concerns asso...
In terms of costs of owning and operation, the wind power differs from conventional thermal power pl...
Wind power generation is variable and uncertain. In the power systems with high penetration of wind ...
Paper presented at the IEEE Power and Energy Society (PES) 2010 General Meeting, July 25-29 2010, Mi...
Wind power is undergoing a rapid development in many countries and has gained greater attention as t...
Because of wind power's unique characteristics, many concerns are based on the increased variability...
Power systems with high wind penetration experience increased variability and uncertainty, such that...
Wind power generation is taking an increasing share of the overall energy production in many power s...
As electricity demand increases and fossil fuels are depleted, renewable energy technologies are on ...
Although wind power is sustainable, environmental friendly and relatively inexpensive source of ele...
Wind energy offers a significant advantage such as no fuel costs and no emissions from generation. H...
The aim of this project is to develop a simulation technique that can assess the impact of large sca...
Power systems are planned such that they have adequate generation capacity to meet the load, accor...
Wind power is variable, uncertain, intermittent and site specific. The operating capacity credit ass...
With ever increasing penetration of wind capacity and growing interest in wind power by electric uti...
Wind power installations are growing rapidly throughout the world due to environmental concerns asso...
In terms of costs of owning and operation, the wind power differs from conventional thermal power pl...
Wind power generation is variable and uncertain. In the power systems with high penetration of wind ...
Paper presented at the IEEE Power and Energy Society (PES) 2010 General Meeting, July 25-29 2010, Mi...
Wind power is undergoing a rapid development in many countries and has gained greater attention as t...
Because of wind power's unique characteristics, many concerns are based on the increased variability...
Power systems with high wind penetration experience increased variability and uncertainty, such that...