Lithium Battery Terminator Advantage
Saltwater discharge is the primary method for discharging lithium batteries, giving risk to thermal runaway and safety hazards. With the Terminator, lithium batteries are no longer at risk for thermal runaway and complete the discharge process in a much faster and safer method. See the table below:
| Lithium Discharging Methods (🔥 Risk of THERMAL RUNAWAY) | |
| Terminator Discharge Process | Saltwater Discharge Process |
|---|---|
| Receive EV Battery | Receive EV Battery |
| 2-3 hours Discharge | Dismantle EV Battery Module/Cell 🔥 |
| Dismantle Battery Pack/Module/Cell | Saltwater discharge (2-10 days) 🔥 |
| Safe Discharge Process | Drying Time (3-5 days) |
| Put into a crusher | Put into a crusher |
| Battery Terminator DIMs: 33.5” x 25.7” x 69.7” Wt.: 440 lbs. | ||
| Model | Discharge Voltage | Discharge Current |
|---|---|---|
| 93-TERMINATOR-S1000100 | 1,000 V — -2 V | 100 A |
| 93-TERMINATOR-S500100 | 500 V — -2 V | 100 A |
| 93-TERMINATOR-M100015 | 1,000 V — 0 V | 15 A* |
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