Throughout history, wind has held great importance for humanity. Accurately measuring its speed and direction plays a vital role in fields such as agriculture, navigation, meteorology, and aviation. Devices developed for this purpose are called anemometers. In our project, we aimed to develop a completely new anemometer that overcomes the common issues in existing types, such as low sensitivity, narrow range, environmental vulnerability, and high cost. To test our theory, we first conducted simulations. Then, we produced a prototype and carried out lab experiments. As a result, we successfully developed an electromagnetic-based anemometer that works by charging incoming particles, applying a magnetic field, and measuring the resulting potential difference.