Solar-Powered Swarm Satellite Communication Network for Deep Space Missions

This paper introduces the concept of integrating solar-powered propulsion systems and swarm satellite mechanisms as innovative solutions to the current communication challenges faced by Deep space missions. Solar-powered propulsion represents a cutting-edge engineering solution that converts solar energy into electric power in space, providing a constant energy supply for the propulsion system in the satellite. We investigate various solar-powered propulsion systems, focusing on Solar Electric Propulsion (SEP) and solar sails, and introduce an idea to integrate a conceptual design (Space Solar power system) for a solar-powered Swarn Satellite. We discussed the working and principles of the Swarm mechanism in Satellite and also introduced a solution to find the best swarm mechanisms to be used in space. The rapid advancement in space exploration and technology necessitates an efficient and reliable communication system, especially for deep space missions. Limitations hinder current communication methods in speed, latency, and coverage. This paper proposes a novel approach using a swarm satellite network as a communication tower, strategically positioned on planets and near asteroid belts. By creating an interconnected network, these satellites will enhance communication speed and reliability, ensuring continuous and adaptive communication capabilities crucial for both manned and critical unmanned missions.