03.1
Hydrogen fuel cells and PEM
Membrane to stack to system, at a lower cost per kilowatt.
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
03 [ADVANCED ENERGY SYSTEMS]
High-Density Power Systems
Fuel cells, battery systems and power conversion, from the cell to the system.
01Overview
Advanced Energy Systems
Technical depth shown where disclosure allows.
Endurance is an energy problem.
Hydrogen fuel cells, battery systems and the power electronics between them, engineered as one chain from membrane to motor. The same chain that powers a vehicle extends an aircraft and keeps a field instrument alive.
Underneath: coupled transport, interfacial kinetics, thermal fields and degradation, treated as system constraints rather than material curiosities.
02Scope
Where we operate.
- 01MEA and PEM technologies
- 02Hydrogen fuel-cell systems
- 03Advanced battery systems
- 04Power electronics and conversion
- 05Charging and power conversion (CPCD)
- 06Embedded power control
03Lines
In the fleet.
Select a frame. Click the stage to scan it.
03.2
Battery systems
Next-generation chemistry, packs and the management that keeps them honest.
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
03.3
CPCD: charging and power conversion
Charging stations, on-board chargers and conversion hardware.
- PN: Produced / Operational
- TCR: Transition to Current Readiness
03.4
Power distribution and drive control
Distribution units, controllers and converters for electric drivetrains.
- NF: Near Future
Status legend
Full status board ↗- PN
- Produced / Operational
- TCR
- Transition to Current Readiness
- R&D
- Research and Development
- NF
- Near Future
- FF
- Far Future
- CONTR.
- Contractual Collaboration
- DER
- Derived
Engage