Battery Lab

Battery Lab is a specialized battery diagnostic tool engineered to analyze smartphone cell chemistry, BMS hardware telemetry, and real-world capacity degradation. Unlike generic battery monitors designed only for legacy cells, Battery Lab features a dedicated electrochemical engine built to identify and accurately profile modern Silicon-Carbon (Si/C) anode batteries alongside traditional Graphite Lithium-Ion cells.

SPECIALIZED SILICON-CARBON (Si/C) CHEMISTRY DETECTION
Next-generation Silicon-Carbon batteries operate on fundamentally different OCV voltage curves, deep discharge cutoffs (down to 2.5V–2.7V), and cycle aging models compared to standard lithium-ion batteries.
Battery Lab automatically detects your device's battery architecture and classifies its generation:
• Cell Chemistry Diagnosis: Instantly distinguishes between Traditional Lithium (Graphite Anode) and Silicon-Carbon (Si/C Composite Anode) cells.
• Generation Stepper (1st, 2nd, 3rd, and 4th+ Gen): Displays anode silicon content (~4% up to 25%+ Si), volumetric energy density (Wh/L), low-voltage cutoff specs, and electrolyte composition (liquid, hybrid, or semi-solid gel).
• OEM Technology Identification: Recognizes specialized battery platforms including Honor Qinghai Lake, Xiaomi Jinshajiang / Surge, Vivo & iQOO BlueVolt, OnePlus & OPPO Glacier, Realme Titan, Huawei High-Silicon, and Nubia/RedMagic BullDemon.

CYCLE-PROPORTIONAL STATE OF HEALTH (SoH) ANALYSIS
Evaluates your battery's effective State of Health (SoH %) and assigns a precision Health Index (1–10) through multi-sensor fusion:
• Hardware Cycle Counter analysis with remaining cycle life budget to the 80% threshold.
• Hardware Coulomb Counter extrapolation (Factory Design Capacity vs. Estimated Full Capacity in mAh).
• Physiological wear metrics: calculates average mAh lost per cycle, lifetime energy throughput (Ah / kWh), and capacity preserved compared to a traditional graphite Li-ion curve.

REAL-TIME ELECTRICAL TELEMETRY
Live BMS monitoring updated in real time:
• Charge/discharge current (mA) and real-time power flow (Watts).
• Cell Voltage (mV / V) benchmarked against a non-linear OCV-SOC reference curve tailored to either Silicon-Carbon or Graphite chemistry to spot load sag or elevated internal impedance.
• Thermal telemetry (°C) with SEI layer stress alerts.

BUILT-IN SILICON-CARBON SMARTPHONE ARCHIVE (2023–2026)
Explore a searchable, filterable reference database of 300+ Silicon-Carbon smartphones across 1st to 4th+ generations, complete with model codes, capacities, and anode specifications.