A Novel Method for Power Generation Using Trains

Garshasbi, Hamid; Mahmoudi, Abdullah

doi:10.1109/icredg47187.2019.9218487

Cited by 2 publications

(1 citation statement)

References 6 publications

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“…Similar proposals for the use of technogenic wind flows in transport for power generation are also considered in the work [10], but all of them are not so attractive compared to the possibility of placing stationary wind turbines in the railway exclusion zone. After all, this makes it possible to create not only additional sources for traction vehicles, but also local power grids to supply a large number of non-traction consumers in a mode separated from the excessively polluted main power grid.…”

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confidence: 99%

Minimization of power fluctuations of wind power plants when constructed in exclusion zones of enterprises

Kachan¹,

Kuznetsov²,

Shram³

2023

Nauk. visn. nat. hirn. univ.

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Purpose. Development of a methodology for selecting types and quantities of wind turbines built in exclusion zones of industrial enterprises to minimize fluctuations in the power generated by them and increase the efficiency of their use. Methodology. The work used methods of synthesis of systems, computer modeling in the calculation of the optimal number of different types of wind turbines, methods of combinatorics. Findings. The developed method for designing wind power plants built in the exclusion zones of enterprises allows determining the required number of different types of wind turbines with different capacities and nominal values relative to the wind speed, which will provide the necessary generated power with minimal fluctuations. This makes it possible to notably reduce the capacity required for the accumulation of excess generation and to significantly reduce the cost of implementing wind turbines. Originality. The work proposes a methodology for designing wind power plants based on various wind turbines, taking into account their type, power and wind characteristics of the area where the wind power plant is being built. It has been found that the coefficient of fluctuation of the power generated by the wind power plant built on the same type of wind turbines does not depend on the capacity of such a station, nor on the number of wind turbines used, but only on the type of the latter and the wind characteristics of the area where it was built. Practical value. Wind power plants used at enterprises have significant daily and annual fluctuations in the power generated by them. The proposed approach allows reducing fluctuations of power generated by the station, as well as increasing the amount of electricity generation in comparison with the use of the same type of wind turbines.

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confidence: 99%