Abstract — This paper presents a novel approach for determining the weakest branch or the heavily loaded branch of a power network on the verge of voltage collapse point. The proposed procedure for determination of heavily loaded branch of a power network using novel and unique voltage stability indicator at the proximity of voltage collapse point was tested on the simple IEEE 14 bus interconnected systems and significant results are observed to be in very good agreement. Index Terms — Interconnected systems, Local voltag
The evaluation of voltage stability assessment experiences sizeable anxiety in the safe operation of...
Abstract: The increase in Distributed Generation (DG) penetration in distribution network can be use...
WOS: 000283401300005In this paper, a new static voltage stability index is proposed for identifying ...
On-line determination of proximity of a power system to voltage collapse is essential for operating ...
Due to economical and environmental constraints, the increasing interconnection between power system...
The paper deals with voltage stability assessment in radial distribution networks. The voltage colla...
With the increased loading and exploitation of the power transmission system, the problem of voltage...
Improper management of reactive power in a power network could lead to voltage instability. This pap...
A technique is proposed in this letter to study voltage collapse situation in a radial distribution ...
Based on the single-line equivalent system of a radial distribution network, two simple methods to e...
Abstract:- The two-bus equivalent model is commonly used for voltage stability studies in both distr...
Preventing voltage collapse occurrences in power systems are a challenging task worldwide. An adequa...
At present, the evaluation of voltage stability assessment experiences sizeable anxiety in the safe ...
Abstract- Voltage stability is always a matter of concern in operation of high capacity complex tran...
At present, the evaluation of voltage stability assessment experiences sizeable anxiety in the safe ...
The evaluation of voltage stability assessment experiences sizeable anxiety in the safe operation of...
Abstract: The increase in Distributed Generation (DG) penetration in distribution network can be use...
WOS: 000283401300005In this paper, a new static voltage stability index is proposed for identifying ...
On-line determination of proximity of a power system to voltage collapse is essential for operating ...
Due to economical and environmental constraints, the increasing interconnection between power system...
The paper deals with voltage stability assessment in radial distribution networks. The voltage colla...
With the increased loading and exploitation of the power transmission system, the problem of voltage...
Improper management of reactive power in a power network could lead to voltage instability. This pap...
A technique is proposed in this letter to study voltage collapse situation in a radial distribution ...
Based on the single-line equivalent system of a radial distribution network, two simple methods to e...
Abstract:- The two-bus equivalent model is commonly used for voltage stability studies in both distr...
Preventing voltage collapse occurrences in power systems are a challenging task worldwide. An adequa...
At present, the evaluation of voltage stability assessment experiences sizeable anxiety in the safe ...
Abstract- Voltage stability is always a matter of concern in operation of high capacity complex tran...
At present, the evaluation of voltage stability assessment experiences sizeable anxiety in the safe ...
The evaluation of voltage stability assessment experiences sizeable anxiety in the safe operation of...
Abstract: The increase in Distributed Generation (DG) penetration in distribution network can be use...
WOS: 000283401300005In this paper, a new static voltage stability index is proposed for identifying ...