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In recent years, wireless power transfer technology has received more and more attention, and at the same time, this technology has also been tried to be applied to electric vehicles to achieve wireless charging
of electric vehicles.
Compared to the propagation of energy in free space, the electromagnetic environment during wireless charging of electric vehicles is very different, and electromagnetic safety issues have become increasingly prominent
.
With the deepening of the energy crisis and environmental pollution problems, the development of electric vehicles is recognized as one of
the solutions in the world.
With the rapid growth of electric vehicles, higher requirements
will inevitably be put forward for the diversification and convenience of charging methods of electric vehicles.
At present, the charging of electric vehicles in various countries is mainly based on charging stations, charging piles or battery replacement modes, and the construction of battery charging stations has become the biggest bottleneck
restricting the development of electric vehicles.
As an emerging technology, wireless power transfer technology has been commercialized mainly used in the charging of low-power devices such as mobile phones, computers, and walkmans, and electric vehicles based on wireless power transfer technology have also become the focus
of attention of major automobile manufacturers and scientific research institutions.
Compared with contact charging methods such as charging stations, wireless charging of electric vehicles can solve a series of problems caused by wired charging such as sparks, dust, contact loss, mechanical wear, etc.
, and at the same time can realize automatic charging of parking spaces and mobile power supply, which can reduce the requirements for battery capacity, reduce the purchase cost of electric vehicles, and enhance the endurance of electric vehicles
.
With the maturity of wireless power transfer technology, electric vehicles will be the most potential market
in the field of wireless charging equipment.
In recent years, wireless power transfer technology has received more and more attention, and at the same time, this technology has also been tried to be applied to electric vehicles to achieve wireless charging
of electric vehicles.
Compared to the propagation of energy in free space, the electromagnetic environment during wireless charging of electric vehicles is very different, and electromagnetic safety issues have become increasingly prominent
.
With the deepening of the energy crisis and environmental pollution problems, the development of electric vehicles is recognized as one of
the solutions in the world.
With the rapid growth of electric vehicles, higher requirements
will inevitably be put forward for the diversification and convenience of charging methods of electric vehicles.
At present, the charging of electric vehicles in various countries is mainly based on charging stations, charging piles or battery replacement modes, and the construction of battery charging stations has become the biggest bottleneck
restricting the development of electric vehicles.
As an emerging technology, wireless power transfer technology has been commercialized mainly used in the charging of low-power devices such as mobile phones, computers, and walkmans, and electric vehicles based on wireless power transfer technology have also become the focus
of attention of major automobile manufacturers and scientific research institutions.
Compared with contact charging methods such as charging stations, wireless charging of electric vehicles can solve a series of problems caused by wired charging such as sparks, dust, contact loss, mechanical wear, etc.
, and at the same time can realize automatic charging of parking spaces and mobile power supply, which can reduce the requirements for battery capacity, reduce the purchase cost of electric vehicles, and enhance the endurance of electric vehicles
.
With the maturity of wireless power transfer technology, electric vehicles will be the most potential market
in the field of wireless charging equipment.
