Testing Algorithms for Controlling the Distributed Power Supply System of a Railway Signal Box DOI Creative Commons
Marian Kampik, Marcin Fice, Anna Piaskowy

et al.

Energies, Journal Year: 2024, Volume and Issue: 17(17), P. 4423 - 4423

Published: Sept. 3, 2024

Trends in the use of renewable energy sources to power buildings do not bypass objects for which maintaining a supply is critical. This also applies railway signal boxes. The aim research work was test multisource system box with electronic converter systems and DC bus, built as part project. assumption powering building sources, storage devices, 3 kV traction network second required grid. Both grids were connected by converters, values converters set based on calculated balance using measured at nodes constraints. tests primarily tested response changes load generated photovoltaic source, well charge level devices. correctness control algorithm’s operation assessed recorded nodes. carried out 60 scenarios that covered all normal emergency operating conditions. During tests, delays supplied circular flow between grid connections recorded. ranged from 2 about 50 s flows did exceed 1500 W. Based results it found necessary improve measurement quality communication transmission time data time.

Language: Английский

Testing Algorithms for Controlling the Distributed Power Supply System of a Railway Signal Box DOI Creative Commons
Marian Kampik, Marcin Fice, Anna Piaskowy

et al.

Energies, Journal Year: 2024, Volume and Issue: 17(17), P. 4423 - 4423

Published: Sept. 3, 2024

Trends in the use of renewable energy sources to power buildings do not bypass objects for which maintaining a supply is critical. This also applies railway signal boxes. The aim research work was test multisource system box with electronic converter systems and DC bus, built as part project. assumption powering building sources, storage devices, 3 kV traction network second required grid. Both grids were connected by converters, values converters set based on calculated balance using measured at nodes constraints. tests primarily tested response changes load generated photovoltaic source, well charge level devices. correctness control algorithm’s operation assessed recorded nodes. carried out 60 scenarios that covered all normal emergency operating conditions. During tests, delays supplied circular flow between grid connections recorded. ranged from 2 about 50 s flows did exceed 1500 W. Based results it found necessary improve measurement quality communication transmission time data time.

Language: Английский

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