html = r''' Battrix | Advanced EV Battery Intelligence
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Battrix

EV Battery Intelligence

Platform Active

Advanced Battery Engineering

Professional platform for pack sizing, performance modeling, BMS configuration, packaging, thermal estimation, degradation, and cost analysis.

Architecture Configuration

Pack Topology Output

Configuration
14S 20P
Series × Parallel
Total Cells
280
Units required
Nominal Voltage
50.4 V
Pack level
Pack Capacity
100.0 Ah
Total nominal
Total Energy
5.04 kWh
100% DoD
Max Pack Current
300 A
Cell limit aggregate

Live Pack Diagram

*Representative schematic showing maximum 16S x 6P for visualization purposes. Animated to show active energy flow.

Powertrain & Charger Parameters

Dynamics & Range

Continuous Current
-- A
At nominal voltage
Discharge C-Rate
-- C
Continuous load
Est. Range
-- km
Based on Usable Energy
0-100% Charge Time
-- Hrs
With entered charger

Physical & Thermal Setup

Packaging & Heat Output

Total Pack Weight
-- kg
Cells + Overhead
Gravimetric Energy
-- Wh/kg
Pack level density
Heat Gen (P_loss)
-- W
At continuous motor load
Suggested Cooling
--
Thermal management
BMS Config
-- S
BMS Min Rating
-- A

Degradation Parameters

Life Cycle Estimates

Adjusted Cycle Life
--
Cycles to 80% SoH
Est. Service Years
-- Yrs
Based on daily usage
Total Energy Throughput (Lifetime)
-- MWh
Energy delivered before EoL

BOM Cost Inputs (INR)

Total Project Cost

Cell Cost Total
₹ --
Components & Labor
₹ --
Total Pack Est.
₹ --
Cost per kWh
₹ --