Intelligent temperature control wall energy storage system diagram

What is PCM wall construction & thermal energy storage & distribution model?

Simultaneously, the PCM wall construction and thermal energy storage and distribution model of the thermoelectric intelligent building are built. When power generation is required, the thermal energy scheduling mode used here transfers building wall thermal energy through a generator into electrical energy for user-end usage.

What is thermal energy storage and dispatch model based on?

Analysis of the thermal energy storage and dispatch model based on DTs of intelligent buildings Because the building has a certain heat capacity, when the thermal power changes, the indoor temperature changes relatively lag, but the human body has a certain range of comfortable temperatures.

How do intelligent buildings use phase change walls?

The thermal energy storage and distribution of intelligent buildings in this model rely heavily on PCM phase change walls. There is no need to transform light energy and local scattered energy into heat energy for building walls when generating electricity.

Does intelligent building thermal energy storage & dispatching work?

The result suggests that the DTs-based intelligent building thermal energy storage and dispatching model constructed here has no thermal energy loss exhaustion or inflow overflow and realizes long-term peak-shaving and valley-filling of large power grid loads.

What is tank thermal energy storage?

Tank thermal energy storage is a well-established technology widely used in small- and large-scale building systems, including residential/commercial buildings as well as district levels .

What is PCM wall structure & thermal network DTS model?

In addition, the PCM wall structure and thermal network DTs model are designed for the intelligent building. In addition, the PCW structure is used to build a thermal energy storage and dispatch model of the smart thermoelectric building based on DTs. Finally, the model is evaluated and analyzed experimentally.