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On July 10, Associate Professor Liu Nian of North China Electric Power University said that his research group, funded by the National Science and Technology Support Program, the National 863 Program, and the National Natural Science Foundation of China, focuses on the research on the integration mode and optimization method of electric vehicle charging facilities and renewable energy power generation in the microgrid environment, and has recently achieved innovative research results
.
Charging electric vehicles through the grid produces no lower carbon emissions than traditional gasoline vehicles, and it is difficult to reduce dependence on traditional fossil fuels
.
Liu Nian said that to effectively solve the above problems, the connection between electric vehicle charging and discharging facilities and renewable energy power generation systems can be directly established, and the on-site consumption and utilization
of renewable energy can be realized through microgrids.
It is understood that Liu Nian's research group according to the electric vehicle charging needs of different regions, environments and economic levels, from the integration mode, charging mode, capacity configuration, control strategy, economic operation, experimental platform and other aspects of research, through the innovation of key technologies and integrated technologies, combined with the construction of experimental platform, for the organic integration of new energy and charging facilities to find a solution, explore the application integration mode
that meets the development needs of China's electric vehicles and is suitable for large-scale promotion.
On July 10, Associate Professor Liu Nian of North China Electric Power University said that his research group, funded by the National Science and Technology Support Program, the National 863 Program, and the National Natural Science Foundation of China, focuses on the research on the integration mode and optimization method of electric vehicle charging facilities and renewable energy power generation in the microgrid environment, and has recently achieved innovative research results
.
Charging electric vehicles through the grid produces no lower carbon emissions than traditional gasoline vehicles, and it is difficult to reduce dependence on traditional fossil fuels
.
Liu Nian said that to effectively solve the above problems, the connection between electric vehicle charging and discharging facilities and renewable energy power generation systems can be directly established, and the on-site consumption and utilization
of renewable energy can be realized through microgrids.
It is understood that Liu Nian's research group according to the electric vehicle charging needs of different regions, environments and economic levels, from the integration mode, charging mode, capacity configuration, control strategy, economic operation, experimental platform and other aspects of research, through the innovation of key technologies and integrated technologies, combined with the construction of experimental platform, for the organic integration of new energy and charging facilities to find a solution, explore the application integration mode
that meets the development needs of China's electric vehicles and is suitable for large-scale promotion.
