The invention is applicable to the technical field of charging and discloses a lease type charging device. The lease type charging device comprises a charging controller connected with a charging power
takeoff end and a connector connected with the charging output end in
signal connection with the charging controller, wherein the charging controller comprises a
microprocessor, a control key connected with the control end of the
microprocessor and a switch circuit connected with the output end of the
microprocessor to control charging output, the switch circuit controls charging between the power
takeoff end and the connector through
signal control of the microprocessor,
solid-state passwords consisting of multiple groups of passwords are set for the microprocessor, the control end of the microprocessor outputs a
control signal for controlling breakover of the switch circuit when an input
password is matched with any one group of passwords among the
solid-state passwords, and the connector and the charging power
takeoff end form a charging circuit. Due to the fact that the charging device can be controlled to work by obtaining the passwords, by-time or timed charging is achieved, charging is avoided when a
user needs to carry or purchase a charger, and
purchasing cost or carrying inconvenience of the user is reduced.