PCT/TR2025/051176 · USPTO 19/298,223 · Priority: July 23, 2025
The third mode of electrical delivery. Pattern is the design variable.
DC defines magnitude. AC defines direction. GPC defines temporal structure — the shape, rhythm, and phase of current delivered to any electroactive system.
Same amplitude, start to finish. The interface evolves — the current doesn't. Mismatched control creates stress, variance, degradation.
GPC — Pattern
Pattern Delivery
I(t) = I_min + (I_max − I_min) × S(t) S(t) is the design variable. Current adapts to what the interface needs, millisecond by millisecond.
ChemPat — Chemistry-Native
ChemPat Synthesis
A .gpchei file encodes electrode kinetics, mass transport, thermal response. GPC derives the minimum-stress pattern — not a template, a derivation. LUT output.
Energy Architecture
Eight layers. One OS.
From the first cell formation in the gigafactory to fleet-level energy intelligence — a single connected stack coordinates every stage.
01
Formation Control
02
Initial Activation
03
Battery Optimization
04
BESS & Grid Stability
05
Fast & Mega Charging
06
Multi-Source Routing
07
Energy Logistics
08
Energy Intelligence
LAYER 01
Formation Control Layer
The first charge cycles in the gigafactory. GPC stabilises early SEI formation so cells leave the line with consistent behaviour, lower variance and a predictable lifetime trajectory. Formation campaigns become shorter and more repeatable without touching the racks.
GigafactorySEI controlFormation time ↓
LAYER 02
Initial Activation Layer
Module-level alignment before packs are sealed. Catches cell-to-cell divergence early, reduces mismatched modules entering pack assembly, and creates a clear bridge between factory data and real-world performance. OEMs see smoother commissioning and fewer rework loops.
Module levelPack alignmentRework ↓
LAYER 03
Battery Optimization Layer
In-field pack management over thousands of real-world cycles. Keeps cells stable, efficient and predictable — in vehicles, BESS assets or industrial systems. Existing fleets become long-lived energy assets without changing chemistry or hardware.
In-fieldCycle life ↑EV / BESS / Industrial
LAYER 04
BESS & Grid Stability Layer
Shapes how large storage systems import and export power so the grid sees manageable profiles instead of violent swings. Grid owners get better utilisation of existing infrastructure, fewer protection trips and the ability to defer substation upgrades.
Utility-scalePeak shavingGrid protection
LAYER 05
Fast & Mega Charging Layer
Very high-power sessions kept within safe operating envelopes. Instead of oversizing infrastructure, this layer makes fast charging a controlled, repeatable operation rather than a stress test — protecting cells, chargers and the upstream grid simultaneously.
High C-rateThermal controlCorridor / Depot
LAYER 06
Multi-Source Power Routing Layer
Coordinates grid, solar, wind and storage at complex sites. Decides when to draw from or feed into each source so total demand stays within preferred limits — critical for depots, ports and industrial campuses where multiple large assets share the same connection point.
Solar / Wind / GridTariff optimisationMulti-asset sites
LAYER 07
Energy Logistics Layer
Treats energy as a movable asset beyond a single site — mobile packs, marine platforms and remote hubs where grid build-out is slow or impossible. Enables mobile energy delivery, temporary construction power and islanded operations under the same Energy OS architecture.
MarineMobile / Off-gridRemote hubs
LAYER 08 — COORDINATOR
Energy Intelligence Layer
The long-horizon coordinator of the entire GigaPulse™ stack. It looks across cells, packs, charging sites and storage assets simultaneously to decide where, when and how energy flows. Instead of isolated projects, fleets and infrastructures become one connected energy network — from formation to grid level.
Coordinates layers 01–07Fleet & region scaleEnergy OS
Application Domains
One engine. Every electroactive system.
Five domain categories. 15+ applications. All covered under a single patent family.
Energy
Battery formation, fast charging, energy stations, green hydrogen
