Abstract: —Reliability indices are considered to be reasonable and logic way to judge the performance of an electrical power system. This paper implements this algorithm to compare between four suggested generation techniques, one of them will be renewable namely, wind energy. A MATLAB software based program was developed to obtain the predicted values of the required indices. This program applies Monte Carlo simulation method and the failure and restoration times are considered to be exponentially distributed. A case study where a radial system is fed by different generation techniques is presented through this paper
Due to the fast development of wind generation in the past ten years, increasing interest has been p...
The distribution system is the segment in an overall electric power system that links the bulk syste...
Reliability is a key aspect of power system design and planning. In this research we present a relia...
Power systems employ measures of reliability indices to indicate the effectiveness a power system to...
From the date of the very first electrical network until now, power system engineers have always bee...
From the date of the very first electrical network until now, power system engineers have always bee...
Both probabilistic and non-probabilistic methods are widely used, for generating capacity planning i...
This paper reviews some of the analytical methods developed in our laboratory for reliability evalua...
The reliability impact of wind generation is evaluated using a set of reliability modeling and analy...
Abstract In recent years, renewable resources, especially large‐scale wind farms, are increasingly u...
Due to the fast development of wind generation in the past ten years, increasing interest has been p...
Variable renewable energy sources like wind power are in exponential growth worldwide. One of the ma...
Addition of intermittent renewable resources and power system restructuring will have significant im...
Reliability cost/worth assessment plays an important role in power system planning, operation and e...
Power systems employ measures of reliability indices to indicate the effectiveness a power system to...
Due to the fast development of wind generation in the past ten years, increasing interest has been p...
The distribution system is the segment in an overall electric power system that links the bulk syste...
Reliability is a key aspect of power system design and planning. In this research we present a relia...
Power systems employ measures of reliability indices to indicate the effectiveness a power system to...
From the date of the very first electrical network until now, power system engineers have always bee...
From the date of the very first electrical network until now, power system engineers have always bee...
Both probabilistic and non-probabilistic methods are widely used, for generating capacity planning i...
This paper reviews some of the analytical methods developed in our laboratory for reliability evalua...
The reliability impact of wind generation is evaluated using a set of reliability modeling and analy...
Abstract In recent years, renewable resources, especially large‐scale wind farms, are increasingly u...
Due to the fast development of wind generation in the past ten years, increasing interest has been p...
Variable renewable energy sources like wind power are in exponential growth worldwide. One of the ma...
Addition of intermittent renewable resources and power system restructuring will have significant im...
Reliability cost/worth assessment plays an important role in power system planning, operation and e...
Power systems employ measures of reliability indices to indicate the effectiveness a power system to...
Due to the fast development of wind generation in the past ten years, increasing interest has been p...
The distribution system is the segment in an overall electric power system that links the bulk syste...
Reliability is a key aspect of power system design and planning. In this research we present a relia...