Ice storage heat-cooling system with a water-cooled full-range and a water-cooling device formed inside the heat storage tank.

摘要

The present invention relates to an ice heat storage device that is used for cooling during the day after consuming the midnight power during a low power consumption time period, and more specifically, a water cooling device is formed inside the heat storage tank, and one side of the upper edge of the heat storage tank. On the outer periphery of the heat storage tank, a scoop flange capable of inserting and removing a predetermined size and shape is formed on the outer periphery of the heat storage tank. The present invention relates to an ice storage heat-cooling device in which a water cooling device is formed in a full-range and a heat storage tank capable of inserting and removing the water recovery coil and ice storage coil.;Looking at the heat storage device of the conventional ice heat storage device consists of a main configuration of connecting the ice transfer pipe and the solution transfer pipe to the freezer and the heat storage irradiation, and also connects the ice transfer pipe between the freezer and the bottom of the heat storage tank and the ice transfer pipe in the heat storage tank. And a spreader horizontally connected to the spreader, and a plurality of mixture ejection holes are formed in the spreader so that a mixture of ice and a solution can be ejected into the solution layer.;In addition, by connecting the two-way distribution socket to the outlet side of the circulation pump by the stirring device of the ice heat storage system (SYSTEM) and connected to the circulating pipe having a first toilet on one side of the ice storage system built into the upper portion of the ice storage tank, The other side of the distribution socket is configured to connect the inlet pipe of the evaporator for air conditioning provided with a second toilet.;The conventional heat storage device of the ice storage device is an external pipe icing method in the ice storage heat storage cooling method, by circulating refrigerant gas or brine from the freezer in the heat storage tank to circulate the water installed in the heat storage tank.;Therefore, as the temperature of the water icing on the outer circumferential edge of the pipe becomes farther from the outer circumferential surface of the pipe, a deviation of the temperature may occur, which causes a problem that the temperature of each part of the refrigerant solution inserted into the heat storage tank is not constant.;In order to solve this problem, conventionally, the method of continuously lowering the refrigerant gas or brine temperature in the pipe and sending it to the heat storage tank is used. However, the method also minimizes the temperature difference between the refrigerant solution near and far from the outer peripheral surface of the pipe. It was bound to reach a limit to get the effect.;The present invention forms a plurality of wing-shaped soukurs on one side of the heat storage tank, and mixes the heat storage medium with different densities (Brine + water) and inserts them into the heat storage tank. Sukkur neutralizes the refrigerating medium to increase the mixing density, thereby minimizing the temperature variation of the refrigerating medium inserted into the regenerator tank, and minimizes the temperature variation of the regenerator tank. By forming the Sukkur device inserted in the heat storage tank during the replacement or inspection of the Sukkur device can create an effect that the exchange or inspection operation of the Sukkur device is made smoothly, and also the upper edge of the heat storage tank Ice shaft coils with a predetermined size and shape can be inserted and removed on the side, and the ice shaft coils inserted into the heat storage tank can be replaced. In addition, during the inspection, the ice storage coil can be inserted and removed through the ice storage coil full-range, so that the exchange and inspection of the ice storage coil can be easily performed. The present invention provides a very useful design in which ice accumulator cooling devices are provided.