Energy, agriculture, and transport systems are increasingly interdependent — but are still planned and operated in isolation.
This leads to inefficiencies, delays, and unnecessary costs.
Terrycore explores how these systems can be better connected — aligning energy generation, storage and use with real-world demand and practical land use.
These challenges are not solved by a single technology, but by how systems work together.
Co-location
Bringing energy generation and use closer together to reduce losses, constraints and unnecessary transport
Utilisation
Making better use of resources by reducing curtailment, downtime and underutilised infrastructure
Integration
Designing systems to work together, rather than as separate parts with conflicting requirements
Resilience
Creating flexibility within systems, reducing reliance on single solutions and improving long-term stability
Generation
Solar / renewable energy
A simplified view of how these systems can be connected
Conversion
Energy conversion (e.g. electrolysis)
Storage
Stored energy (hydrogen / battery)
Use
Transport / agriculture / local demand