MODULE.ANALYZER_V1 // GALVANOSTATIC dQ/dV DECONVOLUTION
Cycling Curve Analyzer
Galvanostatic deconvolution tool designed to help battery cell makers analyze hard carbon test cycles. Separates sloping interlayer adsorption from low-voltage plateau pore filling, extracts differential capacity (dQ/dV) inflection peaks, and quantifies Initial Coulombic Efficiency (ICE) to assist lab validation.
ACTIVE: preset_coconut_1300.csv
OR LOAD CALIBRATION PRESETS:ILLUSTRATIVE DEMO DATA
SLOPE/PLATEAU INFLECTION (V):0.11 V
Standard hard carbon threshold: 0.10–0.12 V vs Na/Na⁺DISCHARGE CAPACITY320.0 mAh/gCUTOFF: 0.01 V
SLOPE CAPACITY (>0.11V)118.0 mAh/gDEFECTS & EDGES
PLATEAU (≤0.11V)202.0 mAh/gPORES & INTERCALATION
PLATEAU RATIO63.1%ENERGY DENSITY PROXY
EST. FIRST-CYCLE ICE~81.4%HEURISTIC ESTIMATE
GALVANOSTATIC DISCHARGE CURVE
Voltage (V vs Na/Na⁺) vs. Specific Capacity (mAh/g) DISCHARGE PROFILE INFLECTION BOUNDARY (0.11 V)
DIFFERENTIAL CAPACITY SPECTRUM (dQ/dV)
Derivative revealing low-potential pore-filling peaks SHARP PEAK (< 0.1 V) = PORE FILLING BROAD BASELINE (> 0.2 V) = SURFACE DEFECTS
ACADEMIC & INDUSTRY BENCHMARKING HUB
Benchmark Coin Cells Against 141 Literature Structures
Designed to ingest standardized experimental coin-cell datasets (Arbin, BioLogic, Neware) to calibrate and benchmark first-principles DFT and empirical models against published literature baselines.
01 // BLIND SYNTHESIS PREDICTIONWe generate blind capacity and ICE predictions for 3 upcoming furnace recipes before you synthesize them.
02 // 100% RAW DATA OWNERSHIPYou retain complete IP ownership over your raw cycler files. Simple academic NDA / data agreement provided.
03 // CO-AUTHORSHIP AGREEMENTFull co-authorship on any peer-reviewed computational vs. experimental validation publications.