Sizing Wizard
Configure application requirements and select components
Active Pack
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Estimated Mass
0.0 kg
Application Conditions
Component & Sizing Strategy
Real-time Sizing Dashboard
Recommended Component
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Standard Series
Architecture
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0 components
Total Capacitance
0.0 F
Internal Resistance (ESR)
0.0 mΩ
Volume / Weight
0.0 L / 0.0 kg
Individual Component Voltage
0.00 V
Maximum Stored Energy
0.0 Wh
Usable Stored Energy
0.0 Wh
Energy Density
0.0 Wh/kg
Max Power Density
0.0 kW/kg
Dynamic Electrical Efficiency
0.0%
Cycle Loss Temperature Rises
0.0 K
Cell Core Rise (ΔTcore)
0.0 K
Surface Temperature Rise (ΔTsurface)
Mission Profiles Segmentation (12 Segments)
Input segment conditions (V, T, Share) to model calendar & cycling aging combined.
Core Thermal Modeling:
The core temperature of the cell is added to the ambient temperature for lifetime calculations.
Active Cell Core Gradient: 0.0 K.
| # | Voltage [V] | Ambient [°C] | Share [%] |
|---|
Expected Life Duration
Expected Lifetime
> 30 Years
Survivor fraction: 99.9%
Expected Hours
> 262,800 hrs
Arrhenius-Eyring decay
Disclaimer: The results of this simulation are calculated based on input data and assumptions. They are reference data and do not guarantee product characteristics.
FIT Component Failure Curve
What is FIT (Failures In Time)?
FIT is a standard way to measure reliability. 1 FIT means we expect exactly 1 failure if 1 billion components operate for 1 hour. A lower FIT means higher safety and reliability.
Analyzing active pack components to build reliability example...
Time-Domain Waveforms
Display End-of-Life (EOL)
Standard Conditions
EOL Conditions (80% Cap, 2x ESR)
Export Sizing Database
Load Existing Project File
Drag and drop sizing backup file (`.txt`) exported from this tool.
Drag & Drop file here
or click to browse files