Energy conservation boiling container

The invention discloses an energy-saving cooking container, which comprises a heat-exchange container. At least two fire-traveling passages are arranged in the heat-exchange container and are formed by the bending of square tubes. The two ends of each fire-traveling passage are respectively provided with a heat energy entrance and a heat energy exit. The heat energy entrances and the heat energy exits of the two fire-traveling passages are gathered together respectively. The heat energy entrances and the heat energy exits are arranged on the external bottom wall or the sidewall of the heat-exchange container. The external wall of the heat-exchange container is provided with a hole. The heat energy entrances and the heat energy exits of the two fire-traveling passages are welded together with the hole in a sealing manner. Since the cooking container of the invention adopts the fire-traveling passages which are arranged at the bottom of the heat-exchange container, the circumferences of the fire-traveling passa