Satellite to Ground Communication Energy Storage Selection

LEO power requirements have significantly increased as a result of the rising demand for broadband services from Low Earth Orbit Communication Satellites (LEO), as well as the high power needs of high-definition digital broadcasts and rising communication spectrum demands. In this study, three energy storage technologies are shown using flywheels and chemical batteries as the source of energy for LEO satellites during the eclipse. Every structure is created and adjusted with the energy needs of an example LEO satellite and several important satellite characteristics are talked about. The electronic storage device and interfaces are displayed to provide a sufficient view for comparing them in various ways. Following that, an assessment between. These energy storage systems (ESSs) are utilized by taking into consideration weight, operational temperature, effectiveness, dependability, and Self-discharge fading. Lastly, the Conclusion lists the top systems that are advised they are capable.