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At present, there are three types of smart grids in the world: the United States, China and Germany, and Tong Guangyao, deputy director of the power department of the National Energy Administration, said that the future development direction should be aligned
with Germany.
Tong Guangyao said that the future development direction of smart grids should be aligned with Germany, that is, smart grids
that adapt to green energy access, adapt to energy structure adjustment, and interact in both directions.
that adapt to green energy access, adapt to energy structure adjustment, and interact in both directions.
Tong Guangyao said that in the process of gradually building a smart grid, there are investment opportunities in areas with high demand, including the construction of intelligent dispatching platforms, new energy access technology, the promotion of distributed energy supply such as photovoltaics and gas trigeneration, investment and application of microgrids in remote areas, support for energy storage, electric vehicle industry and user energy services
.
.
When the proportion of distributed power exceeds 15%, only the smart grid can withstand the impact
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
In the future, the deep integration of smart grid and the Internet will be realized, and in the next 10-20 years, the power system will become a black box of the Internet, buying and selling electricity on the smart grid, everyone can operate at all times, and add the system design
of photovoltaics and carbon emissions.
of photovoltaics and carbon emissions.
At present, there are three types of smart grids in the world: the United States, China and Germany, and Tong Guangyao, deputy director of the power department of the National Energy Administration, said that the future development direction should be aligned
with Germany.
Tong Guangyao said that the future development direction of smart grids should be aligned with Germany, that is, smart grids
that adapt to green energy access, adapt to energy structure adjustment, and interact in both directions.
that adapt to green energy access, adapt to energy structure adjustment, and interact in both directions.
Tong Guangyao said that in the process of gradually building a smart grid, there are investment opportunities in areas with high demand, including the construction of intelligent dispatching platforms, new energy access technology, the promotion of distributed energy supply such as photovoltaics and gas trigeneration, investment and application of microgrids in remote areas, support for energy storage, electric vehicle industry and user energy services
.
.
When the proportion of distributed power exceeds 15%, only the smart grid can withstand the impact
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
When the proportion of distributed power exceeds 15%, only the smart grid can withstand the impact
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
of the load.
China's national conditions and resource endowments determine the combination of UHV and microgrid
.
In the future, the deep integration of smart grid and the Internet will be realized, and in the next 10-20 years, the power system will become a black box of the Internet, buying and selling electricity on the smart grid, everyone can operate at all times, and add the system design
of photovoltaics and carbon emissions.
of photovoltaics and carbon emissions.
In the future, the deep integration of smart grid and the Internet will be realized, and in the next 10-20 years, the power system will become a black box of the Internet, buying and selling electricity on the smart grid, everyone can operate at all times, and add the system design
of photovoltaics and carbon emissions.
of photovoltaics and carbon emissions.