A subsea female electrical connector adapted to mate with a subsea male electrical connector having a male conductor rod , the subsea female electrical connector comprising: a housing forming a chamber , a socket arranged in the chamber and adapted to receive the male conductor rod , a dielectric fluid contained in the chamber , and a male connector interface comprising a fluid blocking member and a channel , which channel is adapted to receive the male conductor rod and guide the male conductor rod into the chamber and the socket , wherein the fluid blocking member has a surface blocking the channel thereby preventing fluid from flowing out from and into the chamber through the channel , wherein the fluid blocking member is adapted to be ruptured by the male conductor rod when the subsea female electrical connector is mated with the subsea male electrical connector , and wherein the channel is provided with a shoulder defining a narrower channel section at a chamber facing end of the channel than a channel section at a fluid blocking member facing end of the channel , characterized in that the subsea female electrical connector comprises an annular seal arranged to abut the shoulder , wherein the annular seal is dimensioned to receive the male conductor rod , and wherein the annular seal is adapted to block fluid from entering the chamber and to allow excess dielectric fluid to exit the subsea female electrical connector when the male conductor rod has been received by the annular seal , and in that an amount of dielectric fluid corresponding to the volume occupied by the male connector rod in the channel and the chamber is forced out from the subsea female electrical connector through the channel when the male conductor has ruptured and penetrated the fluid blocking member. a housing forming a chamber , a socket arranged in the chamber and adapted to receive the male conductor rod , a dielectric fluid contained in the chamber , and a male connector interface comprising a fluid blocking member and a channel , which channel is adapted to receive the male conductor rod and guide the male conductor rod into the chamber and the socket , wherein the fluid blocking member has a surface blocking the channel thereby preventing fluid from flowing out from and into the chamber through the channel , wherein the fluid blocking member is adapted to be ruptured by the male conductor rod when the subsea female electrical connector is mated with the subsea male electrical connector , and wherein the channel is provided with a shoulder defining a narrower channel section at a chamber facing end of the channel than a channel section at a fluid blocking member facing end of the channel , characterized in that the subsea female electrical connector comprises an annular seal arranged to abut the shoulder , wherein the annular seal is dimensioned to receive the male conductor rod , and wherein the annular seal is adapted to block fluid from entering the chamber and to allow excess dielectric fluid to exit the subsea female electrical connector when the male conductor rod has been received by the annular seal , and in that an amount of dielectric fluid corresponding to the volume occupied by the male connector rod in the channel and the chamber is forced out from the subsea female electrical connector through the channel when the male conductor has ruptured and penetrated the fluid blocking member. <EOS>