Input your electrode kinetics, mass transport parameters, and thermal response via a .gpchei file — GP ChemPat derives the minimum-stress GPC pattern for that exact electrochemical system. Not a template library. A derivation engine.

Simulate SEI nucleation, growth, and stabilization before a single cell is touched. Supports LFP, NMC, LCO, sodium-ion, and solid-state chemistries. Exports validated LUTs directly to GP Modules.

Multi-source GPC coordination at station scale. 32-channel simultaneous control, BESS-aware scheduling, AI pattern suggestion, real-time grid analytics. The software backbone of the GPC Energy Station.

GP Lab transforms any standard power supply into a synchronized, high-precision adaptive control system — without changing your hardware. Four independent channels with real-time measurement, waveform generation, and behavioral analysis. The physical validation platform for GP Sim outputs.

GP Core is the industrial-grade GPC control system for high-throughput validation and limited pilot production. Starts at 4 channels and scales in 4-channel increments up to 40 channels — cabinet grows physically with each addition. Each channel group independently controllable. Designed for gigafactory R&D, certification labs, and OEM validation lines.

GP Module is the field execution layer of the GigaPulse ecosystem — a deterministic, pattern-based control unit that transforms any standard power supply into an adaptive GPC delivery node. No PC dependency. No OS jitter. Pattern executes at hardware level.