EN
CN
WHY INCONSISTENCY MATTERS

Most battery degradation is not chemistry.
It’s architecture.

Up to 70% of energy storage degradation comes from cell inconsistency.

Cell Inconsistency Weakest Cell Limits System Cycle Life Loss
Run Degradation Simulator
ChocolateCure™

Re-Architect aging energy storage systems.

Power electronics plus topology decoupling prevents weak cells from limiting the entire system. Recover the cycle life lost to inconsistency — as simple as installing an air conditioner.

Traditional Topology
C1
C2
C3
C4
Weakest cell limits system
Chocolate Architecture
C1
PE
C3
PE
Decoupled  •  Life Restored +40%
Power electronics upgrade
Simple add-on architecture, no need to rebuild the station.
Topology innovation decoupling
Weak cells stop dragging down the entire system.
Restore cycle life to aging plants
Recover lost performance and extend asset value.
STEP 1
Aging Plant
Identify degradation caused by inconsistency, not only chemistry.
STEP 2
Install Cure Unit
Add distributed power electronics like an HVAC installation.
STEP 3
Performance Restored
Unlock cycle life and recover system-level economic value.
ChocolateCare™

Lifecycle intelligence from Day 1000+, not Day 1.

ChocolateCare safeguards the full life of the station with a digital twin, inconsistency quantification, degradation forecasting, and operation recommendations.

Digital Twin

Multi-level virtual replica across cell, module, rack, and system.

HEALTH SCORE • THERMAL BEHAVIOR • DRIFT TRACKING

Quantification

Measure capacity spread, voltage variance, and inconsistency index at scale.

CAPACITY SPREAD • VOLTAGE VARIANCE • CURE TRIGGER

Degradation Forecast

Predict remaining cycle life, revenue impact, and degradation probability.

REMAINING LIFE • REVENUE IMPACT • RISK FORECAST

Recommendations

Operational guidance for charge profile, thermal strategy, and maintenance schedule.

OPTIMIZATION STRATEGY • MAINTENANCE SCHEDULE
Run ChocolateCare