Electrochemical energy storage performance analysis of carbon based porous materials based on high temperature decomposition

Abstract

Carbon based porous materials have low energy storage capacity, poor utilization rate and poor electrochemical storage performance. Therefore, this paper proposes an analytical method for electrochemical energy storage performance of carbon based porous materials based on high temperature decomposition. By analyzing the structure of carbon based porous materials, the parameters affecting the properties of low-carbon porous materials were obtained. The chemical properties of carbon based porous materials were studied. The carbon based porous materials were modified by high-temperature decomposition method to improve the power storage capacity of carbon based porous materials. The experimental results show that the high temperature decomposition of carbon based porous materials has strong energy storage performance, which can effectively improve the energy storage capacity of carbon based porous materials.