This research digs into the difficult process: building and designing an outstanding performance. 2 X 2 triangular micro strip patches array with straight polarization for the specific area of microwaves energy transfer (MPT). The resulting antenna array was meticulously designed utilizing powerful CST and ADS simulation software and has a perfect operational time period of 5.8 GHz. The findings of our study emphasize the usefulness of this antennas array. It has an outstanding gain of 11.2 dB, indicating its remarkable signal amplification capability. Likewise, its return loss is extremely low, measuring around -
28.67 dB, demonstrating its ability to reduce the reflection of signals and loss. At the main frequency of 5.8 GHz, the set of antennas exhibits a highly advantageous axial ratio of below 0.52 dB, demonstrating its ability to maintain signal polarization integrity. In essence, this study not only describes the unusual layout of this radio array, but also demonstrates its practical use in the area of microwave power transfer, thereby furthering the field of antennas engineering as well as technology.