Charging station for charging at least one electric vehicle, in particular at least one electric car, at least comprising a housing, wherein the housing has a column-like shape, wherein a power outlet is arranged or attached to the outside of the housing, wherein the power outlet is at least indirectly, and preferably directly, connectable to the electric vehicle for charging the electric vehicle, wherein at least an electric control unit, a sensor unit for sensing movements of the charging station and a power supply unit are arranged inside said housing, wherein the electric control unit controls power flowing from the power supply unit to the power outlet, wherein the sensor unit provides a sensor signal or sensor data representing an inclination and/or a direction of inclination, wherein the sensor unit comprises a receiving space and a first ring-shaped sensor part, wherein the receiving space is at least partially filled with a conductive liquid, wherein the conductive liquid is electrically coupled with a first contact, wherein the first ring-shaped sensor part forms a plurality of conductive surfaces (22a-d) or surface sections (22a-d) facing a center of the first ring-shaped sensor part, wherein each conductive surface (22a-d) or surface section (22a-d) is coupled with at least one second contact, wherein in a default configuration, the plurality of surfaces (22a-d) or surface sections (22a-d) is spaced apart from the conductive liquid and wherein in the default configuration, a longitudinal axis of the charging station matches a vertical axis, wherein in a first inclined configuration, the longitudinal axis of the charging station is inclined at an angle above a predefined threshold with respect to the vertical axis, wherein the conductive liquid connects in the first inclined configuration the first contact and via at least one of the conductive surfaces (22a-d) or via at least one of the conductive surface sections (22a-d) at least the second contact or at least one second contact, wherein the sensor unit provides sensor signals or sensor data according to which one or ones of the respective conductive surfaces (22a-d) or surface sections (22a-d) is/are in contact with the conductive liquid in the first inclined configuration, whereby the sensor signal or sensor data represent the inclination and/or the direction of inclination, wherein the control unit processes the sensor signal or sensor data and interrupts a power supply in case the inclination represented by the sensor signal or sensor data is above a predefined inclination threshold and/or in case the direction of inclination represented by the sensor signal or sensor data represents a predefined direction of inclination. at least comprising a housing, wherein the housing has a column-like shape, wherein a power outlet is arranged or attached to the outside of the housing, wherein the power outlet is at least indirectly, and preferably directly, connectable to the electric vehicle for charging the electric vehicle, wherein at least an electric control unit, a sensor unit for sensing movements of the charging station and a power supply unit are arranged inside said housing, wherein the electric control unit controls power flowing from the power supply unit to the power outlet, wherein the sensor unit provides a sensor signal or sensor data representing an inclination and/or a direction of inclination, wherein the sensor unit comprises a receiving space and a first ring-shaped sensor part, wherein the receiving space is at least partially filled with a conductive liquid, wherein the conductive liquid is electrically coupled with a first contact, wherein the first ring-shaped sensor part forms a plurality of conductive surfaces (22a-d) or surface sections (22a-d) facing a center of the first ring-shaped sensor part, wherein each conductive surface (22a-d) or surface section (22a-d) is coupled with at least one second contact, wherein in a default configuration, the plurality of surfaces (22a-d) or surface sections (22a-d) is spaced apart from the conductive liquid and wherein in the default configuration, a longitudinal axis of the charging station matches a vertical axis, wherein in a first inclined configuration, the longitudinal axis of the charging station is inclined at an angle above a predefined threshold with respect to the vertical axis, wherein the conductive liquid connects in the first inclined configuration the first contact and via at least one of the conductive surfaces (22a-d) or via at least one of the conductive surface sections (22a-d) at least the second contact or at least one second contact, wherein the sensor unit provides sensor signals or sensor data according to which one or ones of the respective conductive surfaces (22a-d) or surface sections (22a-d) is/are in contact with the conductive liquid in the first inclined configuration, whereby the sensor signal or sensor data represent the inclination and/or the direction of inclination, wherein the control unit processes the sensor signal or sensor data and interrupts a power supply in case the inclination represented by the sensor signal or sensor data is above a predefined inclination threshold and/or in case the direction of inclination represented by the sensor signal or sensor data represents a predefined direction of inclination.