Torqeedo Power - 2.7 kWh (25.9 V, 104 Ah) Battery
The Torqeedo Power is an extremely high powered lithium battery offering high voltage, better value for money & superior saftety making this battery perfect for not only marine use but many other applications too.
IN-STOCK: 2 x Torqeedo Power 26-104.
The Torqeedo Power (26-104) was is designed to meet the demands of the Cruise electric outboards. By developing this excellent battery Torqeedo really have set the standards for highly efficient lithium batteries.
Features
Superior Intelligence: Stand alone solution. Protection against short circuits and maltreatment (wrong charging, deep discharge, wrong polarity etc.) included in battery management system. No external accessories needed to perform protective services.
Higher efficiency: Capacity of 2,685 Wh from just 25 kg of battery weight (134 Wh/kg).
Better pricing: Compare country specific price level with other makes (watt-hours per €, $, £ etc.)
Superior safety: Safe battery chemistry, precise and clean production processes at the cell manufacturer level (Japanese origin), safe packaging due to 4 safety-hardware features for each individual cell, cutting edge integrated electronic battery management system.
Uncompromising design for marine use: Fully submersible IP67 (voltage shut-off from terminals in case of submersion to avoid galvanic effects).
Specifications
577.5 x 218.5 x 253.5 mm32 l
| General characteristics | |
|---|---|
| Capacity | 2,685 Wh |
| Nominal Voltage | 25.9 V |
| Final Charge Voltage | 29.05 V |
| Final Discharge Voltage | 21.0 V |
| Nominal Charge | 104 Ah |
| Max Charge | 108 Ah |
| Max discharge rate (A) | 160 A |
| Max discharge rate (W) | 4,500 W |
| Weight | 25 kg |
| Dimensions | |
| Volume | |
| Battery chemistry | LiNiCoMnO2 |
| Benchmark information | |
| Energy density (weight) | 134 Wh/kg |
| Energy density (volume) | 84 Wh/l |
| Power density (weight) | 225 W/kg |
| Power density (volume) | 141 W/l |
| Lifetime Data | |
| Cycle Lifetime | 800 cycles @ 100% DoD @ 25°C |
| Average capacity loss per year | -4 % @ 25 °C ambient temperature |
