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Recently, a "black technology" that deeply integrates the transportation industry and the new energy industry has come: you can generate electricity by basking in the sun, electric cars can be charged when running on it, and you can melt the snow on the road after snow.
.
.
This is the photovoltaic pavement
.
At the end of 2017, the Jinan South Ring Expressway will become the world's first highway
carrying the development and paving of photovoltaic pavement.
It is reported that the photovoltaic road can not only carry the driving of small electric vehicles, but also the driving
of medium-sized trucks.
The vehicle driving on photovoltaic pavement is not significantly different
from ordinary asphalt pavement.
According to the staff, the road surface has been connected to the grid for power generation, that is, the electricity generated by this photovoltaic road surface has been connected
to the charging pile.
Photovoltaic pavement is the "mobile charging treasure"
of electric vehicles.
It is understood that the current wireless charging technology of electric vehicles has been relatively mature
.
In 2013, the world's first wireless charging bus lane was built
in South Korea.
On May 18 this year, Qualcomm of the United States has achieved wireless charging
of electric vehicles at a speed of 100km/h.
Zhang Hongchao said that through the connection with electric vehicle technology, photovoltaic roads can realize mobile charging of vehicles, and the highway network throughout the country will become a mobile "solar charging treasure"
.
Recently, a "black technology" that deeply integrates the transportation industry and the new energy industry has come: you can generate electricity by basking in the sun, electric cars can be charged when running on it, and you can melt the snow on the road after snow.
.
.
This is the photovoltaic pavement
.
At the end of 2017, the Jinan South Ring Expressway will become the world's first highway
carrying the development and paving of photovoltaic pavement.
It is reported that the photovoltaic road can not only carry the driving of small electric vehicles, but also the driving
of medium-sized trucks.
The vehicle driving on photovoltaic pavement is not significantly different
from ordinary asphalt pavement.
According to the staff, the road surface has been connected to the grid for power generation, that is, the electricity generated by this photovoltaic road surface has been connected
to the charging pile.
Photovoltaic pavement is the "mobile charging treasure"
of electric vehicles.
It is understood that the current wireless charging technology of electric vehicles has been relatively mature
.
In 2013, the world's first wireless charging bus lane was built
in South Korea.
On May 18 this year, Qualcomm of the United States has achieved wireless charging
of electric vehicles at a speed of 100km/h.
Zhang Hongchao said that through the connection with electric vehicle technology, photovoltaic roads can realize mobile charging of vehicles, and the highway network throughout the country will become a mobile "solar charging treasure"
.
