An electronically controlled medical fluid transfer system configured to transfer medical fluid from a fluid source container (114a-c) to a fluid target container (116a-c), the medical fluid transfer system comprising: an electronic fluid transfer station (112a-c) comprising: (i) a motor (124a-c); (ii) a target container connection sensor (128a-c); and (iii) an air sensor (126a-c); a disposable closed fluid transfer module configured to be removably attached to the electronic fluid transfer station (112a-c), the closed fluid transfer module comprising a fluid source interface configured to connect to the fluid source container (114a-c), a fluid destination interface configured to connect to the fluid target container (116a-c), the fluid source interface and the fluid destination interface comprising selectively openable and closeable apertures that can substantially entirely prevent fluid within the fluid transfer module from escaping through the apertures when closed, and an intermediate container (118a-c) as part of or connected to the fluid transfer module; a user interface configured to receive instructions and provide information to a user; an electronic controller in communication with the motor (124a-c), the target container connection sensor (128a-c), air sensor (126a-c) and the user interface; an electronic communication interface configured to enable the electronic controller to receive input from and provide information to a remote source; wherein the motor (124a-c) is configured to actuate the intermediate container (118a-c) to draw fluid into and dispel fluid from the intermediate container (118a-c), wherein the controller is configured to start and stop the motor (124a-c) to control an amount of fluid that is transferred from the fluid source container (114a-c) to the fluid target container (116a-c); wherein the air sensor (126a-c) is configured to detect air in the disposable closed fluid transfer module; and wherein the user interface is configured to indicate to the user when the fluid source container (114a-c) is empty or when the fluid target container (116a-c) is not attached. an electronic fluid transfer station (112a-c) comprising: (i) a motor (124a-c); (ii) a target container connection sensor (128a-c); and (iii) an air sensor (126a-c); a disposable closed fluid transfer module configured to be removably attached to the electronic fluid transfer station (112a-c), the closed fluid transfer module comprising a fluid source interface configured to connect to the fluid source container (114a-c), a fluid destination interface configured to connect to the fluid target container (116a-c), the fluid source interface and the fluid destination interface comprising selectively openable and closeable apertures that can substantially entirely prevent fluid within the fluid transfer module from escaping through the apertures when closed, and an intermediate container (118a-c) as part of or connected to the fluid transfer module; a user interface configured to receive instructions and provide information to a user; an electronic controller in communication with the motor (124a-c), the target container connection sensor (128a-c), air sensor (126a-c) and the user interface; an electronic communication interface configured to enable the electronic controller to receive input from and provide information to a remote source; wherein the motor (124a-c) is configured to actuate the intermediate container (118a-c) to draw fluid into and dispel fluid from the intermediate container (118a-c), wherein the controller is configured to start and stop the motor (124a-c) to control an amount of fluid that is transferred from the fluid source container (114a-c) to the fluid target container (116a-c); wherein the air sensor (126a-c) is configured to detect air in the disposable closed fluid transfer module; and wherein the user interface is configured to indicate to the user when the fluid source container (114a-c) is empty or when the fluid target container (116a-c) is not attached.