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PRISMATIC BATTERY PACK LINE

Prismatic Battery PACK Line – Capacity (MWh / 8-Hour Shift) & USD Cost

 

Fixed Technical Assumptions (Industry-Standard)

Because none were contradicted, I am locking the most commercially accepted configuration for 314Ah prismatic systems:

Parameter

Assumption

Cell Type

Prismatic

Cell Capacity

314 Ah

Typical PACK Voltage

~ 370 V DC (100S class, EV/BESS standard)

Energy per PACK

≈ 116 kWh

Line Type

Semi / Fully automated PACK line

Working Shift

8 hours (1 shift)

Line Throughput

~ 1 PACK every 10 minutes

Packs per Shift

≈ 48 PACKS / 8 hours

️ 1 pack / 10 minutes is realistic considering welding, inspection, EOL, MES, not theoretical maximum.

 

Energy Generated per Battery PACK

Formula:

Energy (kWh)=Ah×Voltage1000\text{Energy (kWh)} = \frac{Ah × Voltage}{1000}Energy (kWh)=1000Ah×Voltage​ =314×3701000≈116.18 kWh= \frac{314 × 370}{1000} ≈ 116.18 \text{ kWh}=1000314×370​≈116.18 kWh

 Energy per PACK ≈ 116 kWh
 Energy per PACK ≈ 0.116 MWh

 

Total Production Capacity – 8 Hour Shift

Item

Value

Packs per shift

48 packs

Energy per pack

0.116 MWh

Total Energy / Shift

≈ 5.6 MWh

FINAL CAPACITY

≈ 5.5 – 6.0 MWh per 8-hour shift

 

Daily / Monthly / Annual Capacity (Optional View)

Period

Capacity

1 Shift / Day

~ 5.6 MWh

2 Shifts / Day

~ 11.2 MWh

3 Shifts / Day

~ 16.8 MWh

26 working days / month (1 shift)

~ 145 MWh

300 working days / year (1 shift)

~ 1.65 GWh / year