<![CDATA[The demand for environmentally friendly alternative energy is becoming increasingly urgent due to the global energy crisis and the rise in electricity consumption. One potential solution is the utilization of mechanical energy generated from human pressure or movement using piezoelectric materials, which can convert daily activities into electrical energy. This study aims to design and evaluate a pressure-based electricity generator by applying piezoelectric elements to flooring. The research method employed is Research and Development (R&D), using an experimental approach to assess various piezoelectric circuit configurations: series, parallel, and combined. The experimental results indicate that the parallel configuration provides the best performance, yielding an average voltage of 8.68?V and an average current of 10.65?mA. This configuration delivers a higher current than other arrangements, making it more efficient for energy storage applications. Therefore, the parallel configuration is recommended as the optimal solution to enhance the power output performance of piezoelectric systems in pressure-based electricity generation applications]]>
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