Division 02 — Energy
Rethinking how power is made and moved.
We explore new methods to harness, store, and convert energy — not through fantasy, but by re-examining what's assumed to be immutable. Resonant architectures, switching topologies and harmonic recovery, prototyped and measured honestly.
If a limit is only assumed, we build the experiment that tests it — and accept what the calibrated instruments say either way.
Energy division
How we work.
Experimental architectures
Resonant power systems, field coupling and switching topologies explored beyond textbook baselines — prototype hardware built in-house, iterated on the bench.
- Resonant power architectures
- Field coupling & harmonic recovery
- Non-linear efficiency validation
Instrumented measurement
Every build is instrumented for precision. Calibrated multi-channel sensing, automated sweep control, and data correlation tools turn observation into understanding.
- Calibrated multi-channel sensing
- Automated sweep testing
- Data correlation & analysis tooling
Open documentation
Prototypes are fully documented with schematics, scripts, calibration data, and operating notes — so anyone can rebuild, verify, and extend the research with peer-verifiable results.
- Schematics & bill of materials
- Calibration data & scripts
- Replication packs for selected pilots
Proven in the field with Great Energy.
Our strategic partnership with Great Energy Pty Ltd — power generation specialists operating across Queensland and Western Australia — gives the division instrumented testbeds on real industrial generator fleets, connecting lab research to field-proven deployment.