The new energy sandpad model integrates dynamic lights and simulates a reservoir that can charge energy flows.

Integrating dynamic lights in the new energy disc model，Simulate the energy flow from the reservoir.

In the area of new energy sources，The process of modelling and demonstrating energy flows is essential for education and research。Sand Table model as a visual physical model，It can effectively help people understand and learn about energy conversion processes in energy storage systems。This paper will explore how to simulate the discharge process of the energy storage system by developing a new energy pallet model that captures dynamic lights.。

We need to understand the basic concept of a storage system.。Energy systems usually include batteries.、Energy storage equipment such as super capacitors，Their main function is to store electricity.，And release when needed.。In the process,，The flow of energy involves multiple links.，If charged、Power discharge.、Energy conversion, etc.。Therefore...，To show the process more clearly，We can do this by making a sandpad model.。

The following steps need to be considered in order to make a model of this sand table.：

Select the appropriate material：The material that makes the sandpad model requires a certain degree of hardness and resistance.，To be able to endure long periods of use。Meanwhile...，It also needs to take into account the color and the quality of the model.，To make a better simulation of colour and texture in the real environment.。

Designing the structure of the sandpad model：Based on the actual structure of the storage system，Designing the corresponding plate model structure.。For example:，You can use batteries.、Power storage equipment such as super capacitors are located in different areas.，It's connected to the line.。Besides,，We could also consider adding assistive facilities.，Like controllers、Show Screen etc.。

Install dynamic lights：To simulate the charging process in the energy storage system，You can install dynamic lights on the sandpad model.。These lights can be controlled according to actual recharge and discharge processes.，To achieve visualization of energy flows。

Debug and test：After completing the modeling,，Need debugging and testing，Ensure that the model accurately simulates the energy flow process in the energy storage system。This includes checking the connection.、Lightness and color, etc.。

Adoption of the above steps，We can make a new energy plate model with dynamic lights.，To effectively simulate the discharge process in the energy storage system。Models like this not only help people to better understand and learn about the energy systems.，It can also provide strong support for research and teaching in related fields。