Optimization and simulation of a 27.74% efficient Dion-Jacobson perovskite solar cell employing PeDAMA₄Pb₅I₁₆

Key Points

• The optimization process resulted in a solar cell efficiency of 27.74%, indicating significant progress in renewable energy technology.
• Key parameter adjustments led to improved performance metrics in the simulation, enhancing overall energy capture.
• Simulation methods specifically targeted the efficacy of the Dion-Jacobson structure, offering innovative approaches to solar cell design.
• This advancement holds promise for sustainable energy solutions, but further validation in real-world conditions is necessary.