A vehicle charging apparatus for charging a power storage device mounted on a vehicle by an AC power supply external to the vehicle, comprising: a power reception terminal configured to be electrically connectable to said AC power supply; a charger (32, 32C) configured to convert AC electric power inputted from said power reception terminal to a predetermined DC voltage; and a non-contact power reception unit (36, 36A) configured to be magnetically coupled to a power transmission unit of said AC power supply to receive electric power from said AC power supply in a non-contact manner, said non-contact power reception unit being connected to a power conversion circuit of said charger, wherein said charger (32, 32C) includes: a first rectification unit (102, 102A) configured to be capable of rectifying the AC electric power inputted from said power reception terminal; an inverter connected to said first rectification unit; an insulating transformer connected to said inverter, and a second rectification unit configured to rectify an output of said insulating transformer, said non-contact power reception unit (36, 36A) is connected between said power reception terminal and said inverter, and characterized in that said non-contact power reception unit includes a power reception coil configured to be magnetically coupled to a power transmission coil provided at said power transmission unit, and a third rectification unit configured to rectify an output of said power reception coil, and said third rectification unit is connected between said first rectification unit (102, 102A) and said inverter, and in that said inverter, said insulating transformer, and said second rectification unit are used at the time of charging via said power reception terminal and are used at the time of charging via said non-contact power reception unit to perform conductive charging during which power reception terminal receives the charging power and non-contact charging during which power reception coil receives the charging power at the same time. a power reception terminal configured to be electrically connectable to said AC power supply; a charger (32, 32C) configured to convert AC electric power inputted from said power reception terminal to a predetermined DC voltage; and a non-contact power reception unit (36, 36A) configured to be magnetically coupled to a power transmission unit of said AC power supply to receive electric power from said AC power supply in a non-contact manner, said non-contact power reception unit being connected to a power conversion circuit of said charger, wherein said charger (32, 32C) includes: a first rectification unit (102, 102A) configured to be capable of rectifying the AC electric power inputted from said power reception terminal; an inverter connected to said first rectification unit; an insulating transformer connected to said inverter, and a second rectification unit configured to rectify an output of said insulating transformer, said non-contact power reception unit (36, 36A) is connected between said power reception terminal and said inverter, and characterized in that a first rectification unit (102, 102A) configured to be capable of rectifying the AC electric power inputted from said power reception terminal; an inverter connected to said first rectification unit; an insulating transformer connected to said inverter, and a second rectification unit configured to rectify an output of said insulating transformer, said non-contact power reception unit (36, 36A) is connected between said power reception terminal and said inverter, and characterized in that a power reception coil configured to be magnetically coupled to a power transmission coil provided at said power transmission unit, and a third rectification unit configured to rectify an output of said power reception coil, and said third rectification unit is connected between said first rectification unit (102, 102A) and said inverter, and in that said inverter, said insulating transformer, and said second rectification unit are used at the time of charging via said power reception terminal and are used at the time of charging via said non-contact power reception unit to perform conductive charging during which power reception terminal receives the charging power and non-contact charging during which power reception coil receives the charging power at the same time.