This workshop will explore the transition toward economy for batteries in space, moving beyond abandonment toward systems designed for reuse, repair, and material recovery. This shift aligns with the emerging In-space Servicing, Assembly, and Manufacturing (ISAM) market, which is projected to reach a valuation of $14.3 billion by 2030. By enabling in-orbit battery replacement or refurbishment, mission operators could potentially extend the functional life of billion-dollar assets by 3 to 5 years, significantly improving the return on investment while reducing the need for new launches.
Workshop to establish cross-disciplinary dialogue
Solving the battery circularity challenge requires perspectives beyond traditional engineering. It involves a complex interplay of:
Technical Pathways: design-for-disassembly, robotic refueling/servicing interfaces, and modular energy storage.
Policy & Governance: new regulatory frameworks for orbital resource management and "Right to Repair" in space.
Economic Incentives: funding models from national research councils, space agencies, and private sustainability programs.
Workshop outputs
The workshop will work towards the publication of two documents:
Concept Paper: Outlining the technical and operational framework for circular battery systems in future space infrastructure.
Policy Briefing: Highlighting key risks, economic opportunities, and actionable recommendations for international space stakeholders and legal bodies.
By connecting engineering innovation with policy and economic foresight, this workshop seeks to catalyze the development of the first truly sustainable energy ecosystem for the final frontier.
Expressions of interest in participation are being sought.
The deadline for responses is 5 June 2026 17:00 BST
