Heat Storage Module Using Phase Change Material and Manufacturing Method Thereof

Abstract

The invention relates to a heat storage module and its manufacturing method using latent heat storage material and the heat storage module is modular and configuration in the internal storage tank, inside filled with a latent heat storage material and material storage or release heat in the latent heat, and filled with heat exchange in heat medium storage tank within the Department, storage the module consists of the following parts: storage, which consists of 3 group and 2 group of latent heat storage bag gasket, latent heat storage bag group collocated 4 package latent heat storage and latent heat storage bag in a sealing mode in the interior filled with latent heat storage material, thereby storing latent heat and sensible heat, latent heat is arranged on the gasket heat storage and latent heat between the heat pack pack, and has an internal flow path, to ensure that the latent heat storage bag group and the latent heat storage flow path between the packet group and effectively realize heat transfer; and reticular shell part The heat storage unit is inserted into the interior of the reticulate shell, and the reticular shell is formed into a mesh shape to make it easy to contactthe heat storage unit.

Description

technical field [0001] The present invention relates to a latent heat storage material for heating and cooling that increases heat storage density in a heat storage tank by utilizing sensible heat and latent heat generated by phase transition from liquid to solid using a high-temperature latent heat storage material or a low-temperature latent heat storage material The heat storage module, more specifically, relates to the following heat storage module using latent heat materials for heating and cooling: an internal flow path is formed between the latent heat storage bag and the latent heat heat storage bag to form a good heat transfer, and the external Good heat transfer, with a weight that can be set by one operator, so that the operator can easily work, and use phase change substances. Background technique [0002] There are various types of power demand management, but they are broadly divided into load management and efficiency improvement. [0003] like Figure 19 As ...

AI Technical Summary

Problems solved by technology

[0013] However, it is difficult to form a flow path that guides the flow of the heat medium as in the coil system, so it is difficult to achieve uniform heat storage

This can lead to overcooling of the capsule and breakage

[0014] Most of the phase change material and capsule material are lighter than the heat medium, so the phase change material floats up due to the difference in density, and the capsule is damaged by this.

Images