Abstract: A solution to solve the problem of embodying a wall mountable electric vehicle DC fast charger is disclosed: a wall mountable electric vehicle DC charger (201), comprising a modular AC to DC converter unit comprising at least one high frequency AC to DC power converter module placed in the interior back of the charger, a cooling system with input and output channels placed on the back of the charger, between said charger and a wall (202), a wireless network interface and a central processing unit. In one embodiment, the unit does not incorporate a display for messages and commands and, instead, has the possibility of turning a mobile computational device (301) into a command console of the charger sending commands using wireless communication (302). It is useful for quick charging with DC electric power in different situations: private users, fleets, companies, condominiums, garages, car dealers and also in public places.

Abstract: The present application solves the problem of limiting the input power of a fast charging system for electric vehicles to a value that is lower than the output power during the fast charging of electric vehicles. A fast charging system for electric vehicles (100) is disclosed, which comprises a battery (103), a stage of input power electronics (101), and a stage of output power electronics (102). The system supplies power to the charging circuit (111), this power being higher than the input power obtained from the public low-voltage power supply network (110). This solution is used for charging electric vehicles such as cars, buses or any other vehicle equipped with an electric energy storage system rechargeable by means of an external connection.

Abstract: A solution to solve the problem of embodying a wall mountable electric vehicle DC fast charger is disclosed: a wall mountable electric vehicle DC charger (201), comprising a modular AC to DC converter unit comprising at least one high frequency AC to DC power converter module placed in the interior back of the charger, a cooling system with input and output channels placed on the back of the charger, between said charger and a wall (202), a wireless network interface and a central processing unit. In one embodiment, the unit does not incorporate a display for messages and commands and, instead, has the possibility of turning a mobile computational device (301) into a command console of the charger sending commands using wireless communication (302),It is useful for quick charging with DC electric power in different situations: private users, fleets, companies, condominiums, garages, car dealers and also in public places.