Long-Horizon Energy Systems for Planetary Civilisation

We design, model, and develop advanced energy system architectures from first principles, focusing on thermal, mechanical, and phase-change suited to extreme and infrastructure-limited environments.

Our work is structured around the creation of protected intellectual property and scalable system concepts. We collaborate with partners across industry, research, and government to advance selected technologies through validation, prototyping, and future deployment pathways

Exploration of core energy system architectures designed for extreme environments, including cold, vacuum, low-gravity, and resource-constrained conditions. Concepts focus on mechanical simplicity, material realism, and long operational lifetimes.

Design studies investigating how energy systems can scale—from small autonomous units supporting rovers or outposts, to large distributed arrays powering industrial operations and mining communities.

Concepts explicitly designed for post-infrastructure environments—systems that become viable only once local manufacturing, robotics, and materials processing are established. These projects explore what becomes possible once planetary industry exists.

Long-term energy concepts aligned with the idea of sustained off-world civilisation—supporting cities, industry, and logistics networks over generations. These studies assume rapid technological acceleration driven by automation, AI, and advanced manufacturing.