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New energy vehicles are the focus of the current development of car companies, Volkswagen was not dominant in this field, and only in recent years has launched a truly mass-produced Golf electric vehicle
.
In order to improve its strength in the field of electric vehicles, Volkswagen is developing "super batteries" that can greatly improve the range of electric vehicles, and make breakthroughs
in new battery technology.
A few days ago, Volkswagen CEO Martin Winterkorn said that Volkswagen is developing a super battery in California's Silicon Valley, which is cheaper, smaller and more powerful
.
An electric version of the Volkswagen brand model has a pure electric range of 300 kilometers).
This will be a leap
forward in the quality of electric vehicles.
In the past 18 months, the Volkswagen Group has launched three electric vehicles, including the e-Up, e-Golf and GolfGTE
.
But Volkswagen is still cautious about developing pure electric vehicles
.
Since the battery is far from comparable to the internal combustion engine in terms of energy density, the cruising range has long been one of the biggest weaknesses of
electric vehicles.
In the new regulations introduced by many countries, only electric vehicles can enjoy subsidy policies if the range of a single charge reaches a certain level
.
In the second quarter of this year, Volkswagen said that it would announce its battery options for pure electric vehicles by July 2015, and is developing the next generation of lithium-ion battery technology, which can achieve energy density up to
five times that of current batteries.
What technology will Volkswagen use to significantly increase the energy density of super batteries? At present, the focus is mainly on the existing lithium-ion battery upgrade solution and the more novel solid-state battery technology
.
There is speculation that Volkswagen will turn to solid-state batteries
in the future.
Martin Winterkorn said in November last year that solid-state battery technology has great potential, and the application of this technology has the potential to increase the range of electric vehicles to 700 kilometers.
New energy vehicles are the focus of the current development of car companies, Volkswagen was not dominant in this field, and only in recent years has launched a truly mass-produced Golf electric vehicle
.
In order to improve its strength in the field of electric vehicles, Volkswagen is developing "super batteries" that can greatly improve the range of electric vehicles, and make breakthroughs
in new battery technology.
A few days ago, Volkswagen CEO Martin Winterkorn said that Volkswagen is developing a super battery in California's Silicon Valley, which is cheaper, smaller and more powerful
.
An electric version of the Volkswagen brand model has a pure electric range of 300 kilometers).
This will be a leap
forward in the quality of electric vehicles.
In the past 18 months, the Volkswagen Group has launched three electric vehicles, including the e-Up, e-Golf and GolfGTE
.
But Volkswagen is still cautious about developing pure electric vehicles
.
Since the battery is far from comparable to the internal combustion engine in terms of energy density, the cruising range has long been one of the biggest weaknesses of
electric vehicles.
In the new regulations introduced by many countries, only electric vehicles can enjoy subsidy policies if the range of a single charge reaches a certain level
.
In the second quarter of this year, Volkswagen said that it would announce its battery options for pure electric vehicles by July 2015, and is developing the next generation of lithium-ion battery technology, which can achieve energy density up to
five times that of current batteries.
What technology will Volkswagen use to significantly increase the energy density of super batteries? At present, the focus is mainly on the existing lithium-ion battery upgrade solution and the more novel solid-state battery technology
.
There is speculation that Volkswagen will turn to solid-state batteries
in the future.
Martin Winterkorn said in November last year that solid-state battery technology has great potential, and the application of this technology has the potential to increase the range of electric vehicles to 700 kilometers.
