The utility model relates to a metering box for transmitting and metering electricity energy, in particular to an electricity larceny proof metering box. The electricity larceny proof metering box is internally provided with an electricity larceny proof control circuit for controlling the stop or supply of electricity. The electricity larceny proof control circuit is provided with a remote-control signal receiving module for receiving the controlled signal of a remote controller. The address signal output end of the remote-control signal receiving module is connected with an address code reading device. The address trigger signal output end of the address code reading device is connected to a contactor control loop via a power driven circuit. The signal output end of the supply/stop electricity and the on/off door of the remote-control signal receiving module is also connected to the contactor control loop via a power driven circuit. In addition, the box door of the metering box is also mounted with a travel switch which is also connected to the contactor control loop. The utility model has simple circuit structure, being easy to use and able to effectively evade the behavior of destructing the metering box to thieve electricity.