Energy storage that fits the product — not the other way round.
POTENTIAL STATES develops an advanced solid‑state energy platform engineered for real‑world integration across mobility, aerospace and embedded systems.
- Designed for scalable manufacturing using established industrial processes
- Safety‑first architecture for demanding operating environments
- Flexible integration pathways for structures, soft goods and compact devices
Note: imagery and examples are illustrative and do not disclose internal construction or materials.
One platform. Multiple form factors.
Our focus is an integration‑ready energy architecture: configurable, manufacturable and built for performance without requiring product redesign around rigid modules.
Integration‑first
Engineered for constrained volumes, curved surfaces and distributed placement across structures and assemblies.
Manufacturing‑aware
Designed to leverage existing production lines and supply chains to reduce capital intensity and accelerate scale‑up.
Safety‑led
Solid‑state design goals with a focus on stability, thermal robustness and practical deployment scenarios.
Non‑disclosing performance overview
We share full verification data under NDA. Below is a high‑level summary for public context only.
| Metric | Public summary |
|---|---|
| Charge capability | Designed for rapid charge operation under controlled conditions |
| Cycle life | Long‑life design targets for high‑throughput use cases |
| Safety | Solid‑state design intent with strong thermal stability goals |
| Manufacturing | Compatible with established industrial processes |
Applications
Representative use‑cases where integration and safety constraints are decisive.
Mobility & vehicle systems
Distributed modules for vehicle structures, interiors and under‑floor zones, optimised for packaging and stability.
Aerospace & UAV
Lightweight, high‑power configurations supporting rapid discharge and recovery cycles in demanding environments.
Wearables & compact devices
Conformal formats for curved housings and constrained volumes, enabling new product geometries.
Embedded & structural energy
Energy‑storing layers and panels that can be designed into assemblies to simplify wiring and distribute capacity.
How we work
A clear path from briefing to validated trial builds, with IP protected and data shared responsibly.
- Intro + NDA We align on application requirements and share data under NDA.
- Integration concept We map format, interfaces and constraints into an integration plan.
- Trial build Short‑run prototypes for evaluation, safety checks and performance benchmarking.
- Scale pathway Manufacturing plan aligned to established equipment and supply chains.
Contact
For partner briefings, trials and technical discussion, get in touch. We can provide a non‑confidential overview immediately and full technical packs under NDA.