Exploration of secondary batteries with porphyrinoid electrode materials

Electrical power suppliers have addressed a significant amount of energy consumption while stimulating the invention of different types of energy sources. Secondary batteries are a powerful energy storage technology for portable electric instruments and vehicles, mostly relying on inorganic compounds. On the other hand, sufficiently superior organic molecules per compartment, especially organic molecules exposed to p-conjugation networks, adequately represent battery behaviour as potential electrode materials in terms of unique electrochemical activities induced by multiple, reversibly stable molecular oxidation steps. In the spotlight for their structural tunability and versatility, chemists and engineers explored sustainable organic electrode materials for practical rechargeable batteries in the present study. We paid attention to addressing the sequential contributions of electrochemical/electrophysical processes, which is the vital key to driving the cell's fast charge/discharge performance and long-term cyclability.
Audience take away:

• The presenter wants to introduce electromagnetic features of organic molecules that can play an essential role tin sustainable cell performances.
• We should improve the efficient preparation methods for the desired organic molecules.
• Organic compounds probably provide relatively secure systems.