Food steamer containers with sequential ohmic water heating

A liquid heating system, comprising an electric current controller and a plurality of containers, wherein each container of said plurality of containers holds a first electrode, a second electrode, and a conductive liquid, wherein each said conductive liquid has a conductivity, wherein said first electrode and said second electrode are connected to said electric current controller to provide an electric current passing through said conductive liquid, wherein said electric current controller includes a circuit that provides said electric current to pass through said conductive liquid in one of said containers for a period of time while not providing said electric current to pass through another conductive liquid in any another container during that same period of time, wherein said electric current controller sequentially and automatically provides said current to said conductive liquid in all of said containers during a multiple of said period of time.

A liquid heating system, comprising a base unit and a plurality of electric steam containers, wherein each said steam container includes a pair of electrodes and a conductive water solution, wherein said pair of electrodes are configured to provide electric current passing through said conductive water solution for heating said conductive water solution, wherein each of said electric steam containers is removably electrically connected to said base unit with a quick connect and quick release connector, wherein said base unit provides an automatic control function over operation of each said electric steam container and wherein steam is generated in each said electric steam container independently of any other electric steam container being connected.

A liquid heating system, comprising a base unit and a plurality of containers, wherein said base unit includes an electric current controller that is connected to provide an automatic control function over operation of each said container, and wherein the conductive liquid is heated in each said container independently of any other container being connected when said container holds the conductive liquid, wherein each said container includes a plurality of electrodes, wherein said electric current controller is configured to reduce power provided to one of said containers by disconnecting electrical connection to one of said plurality of electrodes in said container if current passing through said conductive liquid exceeds a threshold.