CNES #4

The method of power transfer could be wireless, using advanced technology to beam energy to satellites without the need for physical connections. Alternatively, satellites could dock directly with the space station to recharge their power systems, ensuring a stable and consistent energy supply.
This system would reduce the reliance on onboard fuel and batteries for satellites, extending their operational lifespans and enhancing their efficiency. Centralizing power generation in one location would offer a sustainable and renewable energy solution for a variety of satellite missions, including communication, weather monitoring, navigation, and scientific research.
Such a project would address several key challenges, including the development of efficient wireless power transmission technology, the design of reliable docking mechanisms, and the creation of robust energy storage systems. It would also require coordination among international space agencies and private companies to ensure seamless integration and operation. You may address only one of these key challenges.
This innovative approach to space power management represents a significant advancement in our ability to support and sustain long-term satellite operations, contributing to the overall growth and resilience of our space infrastructure.

Your challenge is to develop a marketing and pricing strategy to attract potential clients and partners, and create a roadmap for implementation, including timelines and key milestones. Identify key partners who can contribute to the project's success, such as space agencies, commercial spaceflight companies, satellite operators, and technology providers.