Honeycomb heat storage is an efficient and environmentally friendly heat storage material, and its role is mainly to recover and utilize industrial waste heat and waste heat, so as to improve the utilization rate of energy. The structure of a honeycomb regenerator resembles a honeycomb and consists of many small cells, each of which is filled with heat storage material. As heat passes through the honeycomb regenerator, the heat storage material absorbs the heat and stores it.
When this heat needs to be used, such as heating or generating electricity, the cellular heat storage can release the stored heat. Therefore, the cellular heat storage acts as a reservoir of energy. Its emergence greatly reduces the emission of industrial waste heat and waste heat, reduces energy waste, and also reduces the burden on the environment.
In addition, the honeycomb regenerator has a high thermal efficiency. Due to its special structure, the honeycomb heat storage body can quickly absorb and release heat. This fast heat transfer process helps to improve the operational efficiency of the equipment and reduce the waste of energy.
In general, the role of honeycomb heat storage is to recover and reuse industrial waste heat and waste heat, reduce energy waste, improve energy utilization, reduce environmental burden, and also have efficient thermal efficiency. This makes the application of honeycomb thermal storage in the energy field have a wide range of prospects. It can not only help enterprises save costs and improve production efficiency, but also meet the requirements of green and sustainable development, which is of great significance for promoting the harmonious development of economy and environment.