Input your electrode kinetics, mass transport parameters, and thermal response. GP ChemPat derives the minimum-stress GPC pattern for that exact electrochemical system — not a template selection, a derivation from your chemistry.

Simulate SEI nucleation, growth, and stabilization before a single cell is touched. GP Battery Formation models formation-stage interfacial chemistry across LFP, NMC, LCO, sodium-ion, and solid-state chemistries. Exports validated LUTs directly to GP Modules.

Cells ship at ~30% SoC. The first full charge in a sealed pack is electrochemically critical — first exposure to upper voltage, first BMS interaction, first thermal load across a multi-cell system. GP First Charge simulates module-level SOC equalization and divergence before sealing.

In-field pack optimization for cycle life extension, reconditioning, and second-life assessment. GPC reduces degradation through pattern-based charge management. Also includes the vehicle GPC optimizer — see how your specific vehicle responds to GPC charging.

GP Control is the real-time execution layer inside GP Lab. Load your validated GPC recipe via JSON, monitor voltage, current, and temperature per channel, execute LUT protocols live, and intervene with emergency stop at any point. The software that turns simulation outputs into physical results.

GP Energy Distribution manages 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.