Energy Storage

Join us for an engaging and insightful discussion as we explore the future of energy storage for space missions. In this session, we will investigate innovative approaches to energy storage for harsh environments, such as the lunar surface or Mars. We will consider whether the challenges posed by these environments should be addressed primarily at the cell chemistry level, the battery control electronics level, or a combination of both, and whether innovations in commercially available options can enable novel solutions to these challenges. Additionally, we will examine how Artificial Intelligence (AI) and Machine Learning (ML) can be leveraged for battery modeling and mission assurance. By integrating AI/ML, we can model performance, predict failures, and improve overall system resilience, ensuring mission success even under extreme conditions. Join us as we discuss the intersection of advanced materials, engineering solutions, and cutting-edge AI/ML technologies to revolutionize energy storage for the next generation of space exploration.

Energy Generation

Welcome to the Energy Generation session of the Space Power Workshop! In this 90-minute workshop, we will delve into the publicly available analysis tools and software that are essential for evaluating solar cell and array technologies for space missions. Our goal is to provide a comprehensive overview of these tools, ensuring that both new and experienced participants can effectively utilize them for their projects. We encourage you to bring any questions you have about the current technologies and methodologies, as your inquiries will drive our discussions and enhance our collective understanding.

We believe that the best way to advance our knowledge and capabilities in space energy generation is through collaboration and shared expertise. This session is designed not just as a lecture, but as an interactive platform where your insights and experiences are invaluable. Whether you have worked on solar energy projects in space or are looking to learn more about the latest advancements, your contributions will help shape the future of our efforts. Let’s leverage this opportunity to address challenges, explore innovative solutions, and foster a community of forward-thinking professionals.

Power Management and Distribution (PMAD)

Power Generation, Storage, and Distribution: Arcing Concerns

Recent Mission failures due to electrical arcing have raised requests for guidelines on how to better protect against the initiation of arcing and prevent propagation of damage. This is especially true where redundancy boundaries may be breached.

We will discuss basic causes of arcing, damage potentials, and Voltage levels where secondary propagation poses real dangers for launch vehicles, spacecraft, and Lunar operations.

We will also summarize significant Events and Trends in the PMAD world over the past year.