In this paper, a positive sequence current based directional relaying method is proposed for CCVT secondary transient during SPT condition.
In the Japan Sea, the southern branch of Tsushima Current generates directional asymmetric bedforms several meters high in shelf areas (<70 m water depth) in the Tsushima Strait (Fig. 3: Nishida and Ikehara 2013).
There is no clear effect of ocean currents on directional patterns in our study; reversing tidal streams are stronger in the southern Strait of Georgia than in the northern portion, but are bi-directional along both exit routes [20].
AEM is a relatively new technique developed to model spatial processes in ecology, such as river networks or ocean currents, where directional flow is a driving force in community assemblage.
Moreover, the current intensity had directional effects on specific microbial communities for 2-fluoroaniline degradation.
We also explore the effect of single and multiple source current control on directional stimulation with these leads.
This paper investigates algorithms based on current increments for directional transverse differential protection with no voltage inputs in radial networks.
Next, the performance of different voltage and current information based directional relaying techniques have been analyzed and compared with the proposed method.
The results of performance tests conducted at the Secondary Standard Dosimetry laboratory in Karaj-Iran demonstheted the short and long-term stability, the low leakage current, the low directional dependence, and the high ion collection efficiency of the design.
