Connect supply to demand.
Cathode materials, recycled feedstocks and cells.
Materials partnerships ↗HYPERCELL / INVESTOR BRIEF
October 2026Commercial reach.
Engineering depth.
An American battery company.
Materials sourcing, ESS development and battery systems engineering.
Concept imagery · not installed projects or product photographs
Develop U.S. projects.
Buyer requirements, bid support and technical coordination.
Commercial developmentBuild application value.
Humanoid and drone battery programs, thermal design and a U.S. assembly roadmap.
Platform in developmentIndustry context, not Hypercell sales or market share. Sources: EIA · Aug 2026 / IFR · Sep 2026.
Three paths.
Connected value.
Materials to market.
Engineering to applications.
01 / MATERIALS
Materials
to market.
MATERIALS PRODUCERS & INDUSTRIAL BUYERS
- 01DefineCustomer & material requirements
- 02EvaluateDocumentation & sample coordination
- 03CommercializeAgreed sourcing & supply scope
PROPOSED REVENUEService fees + supply margin
Project-based services or agreed material transactions.
Commercial development; no supply volumes or commitments claimed.
Explore the portfolio ↗02 / ENERGY STORAGE
Demand
to projects.
PROJECT OWNERS & DEVELOPERS
- 01DevelopCustomers & project requirements
- 02CoordinateBid scope & technical interfaces
- 03SupportQuotations & customer communication
PROPOSED REVENUESales commissions
Supplier sales under agreed commercial terms.
Commercial development; project and service scope agreed individually.
03 / BATTERY SYSTEMS
Engineering
to repeat supply.
HARDWARE DEVELOPMENT TEAMS
- 01EngineerFeasibility & pack architecture
- 02ValidateEvaluation builds & qualification
- 03RepeatQualified packs & variants
PROPOSED REVENUEEngineering fees + hardware
Development programs leading to repeat supply.
Platform and U.S. pack manufacturing remain in development.
EXECUTION / WHAT UNLOCKS THE NEXT STAGE
Scale follows evidence.
Planned decision gates
Define the mandate.
- Next proof
- Agreed partner scope + origin / quality documentation + buyer requirements
- Enables
- Sample evaluation, qualified quotations & sales execution
Secure a defined program.
- Next proof
- Paid engineering scope + measurable acceptance criteria
- Enables
- Focused prototype & validation work
Make it repeatable.
- Next proof
- Validation evidence + repeatable build process
- Enables
- Pilot supply & capacity decisions
Company strategy · intended revenue paths, not booked revenue or a forecast. Commercial terms and project economics are discussed privately.
The demand
behind the thesis.
70%
Average annual U.S. capacity growth
over the last three years
+8.3 GW
Capacity added
in H1 2026
More storage. Already online.
U.S. utility-scale · nameplate GWEnd of 202543.6 GW
June 2026~52 GW
Observed operating capacity
54 GW on the horizon.
Operator plans · not operating capacity14
H2 202626
202714
2028Plans can change · GW measures power, not stored energy
Source: U.S. EIA · August 7, 2026. National market context, not Hypercell orders or revenue.
~250k
Professional service robots
shipped globally in 2025
+24%
Year-over-year
shipment growth
Automation is expanding.
Index · 2024 = 1002024 · base year100
2025124
Index calculated from the reported growth rate
Logistics leads.
2025 professional service robot shipments117,500Transport & logistics
53%Other applications
Professional service robots · not humanoid-only demand
Source: IFR · September 30, 2026. Industry shipments, not Hypercell sales or a battery market-size estimate.
Flexible by design.
Focused by market.
Our development thesis:
connect commercial reach with system-level engineering.
Cell choice.
Thermal integration.
System flexibility.
Reuse the architecture.
Develop reusable interfaces across application-specific pack variants.
Make evidence useful.
Turn test findings into design revisions and clearer acceptance criteria.
Design for repeat builds.
Build process knowledge around traceability and end-of-line testing.
ONGOING R&DResearch informs
Research informs
what we build.
Specialist advisory supports our research, technical review and validation planning.
- 01Research inputs
- 02Engineering review
- 03Validation planning
SELECTED MARKET APPROACHES
Where we aim to play.
Our target: configurable battery systems for specialized applications and low-volume programs.
| Approach | Primary focus | Typical scope |
|---|---|---|
| Cell development | Cell chemistry & performance | Cell-level design |
| Pack integration | Application-specific packs | Pack architecture & BMS |
| Power-system integration | Complete power solutions | System interfaces & controls |
| Hypercell’s focus | Configurable battery architecture | Application & thermal integration |
Illustrative industry approaches; scopes overlap. Hypercell’s platform remains in development. This is not a measured performance comparison.
TRF / NEXT VALIDATION MILESTONES
Build. Compare. Validate.
Q4 2026 development targets
- 01 / OCTDefine test criteria
- 02 / NOVFabricate prototypes
- 03 / NOV–DECCompare & refine
Planned outputs, not completed results. Performance validation remains ahead.
Hypercell’s platform and TRF concept are in development. Performance, certifications and application qualification must be established for each offered configuration.