基于此，本文提出了基于源汇匹配原则的和热电效应的热能储存技术，在绝热过

Based on this, this paper proposes a thermal energy storage technology based on the principle of source-sink matching and the thermoelectric effect. In the adiabatic process, a heat source for absorbing excess heat is set up, thereby generating an artificial low temperature zone, and improving the adiabatic by reducing the temperature difference with the outside world. Effect. At the same time, the excess heat absorbed is reasonably distributed and reused to realize the energy saving of the energy storage system. The work carried out in this paper is as follows:

Based on this, this paper proposes a thermal energy storage technology based on the principle of source sink matching and thermoelectric effect. A heat source for absorbing excess heat is set in the thermal insulation process, so as to produce an artificial low-temperature area, which can improve the thermal insulation effect by reducing the temperature difference with the outside world. At the same time, the excess heat absorbed is reasonably distributed and reused to realize the energy saving of the energy storage system. The work of this paper is as follows:

Based on this, this paper puts forward a thermal energy storage technology based on the principle of source-sink matching and thermoelectric effect. In the process of heat insulation, a heat source is set to absorb excess heat, thus creating an artificial low temperature zone, and the heat insulation effect is improved by reducing the temperature difference with the outside world. At the same time, the absorbed excess heat is reasonably distributed and reused to realize the energy saving of the energy storage system. The work of this paper is as follows: