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LI-IO RESU10
Lithium Battery
90% discharge
6.000 cycles or more
Lightweight design
9.800 Wh Storage Capacity
5.000 W Output Power
Buy your LG Chem lithium ion battery RESU 10 kWh battery at the lowest price - online only. LG Chem lithium ion RESU 10 kWh batteries are preferable where the number of cycles is greater than 6 000. In addition, the strength of these batteries lies in the fact that you can use up to 90% of their capacity. The LG Chem lithium ion battery pack is the ideal solution to ensure your installation's proper functionning over the next 20 years. No maintenance is required. his lithium battery is ready for use.
Lithium Battery: LG Chem uses lithium technology, which makes it lighter than lead batteries. It does not suffer the memory effect and has greater autonomy.
90% discharge: At up to 90%, this battery has the best discharge on the market. The capacity is 9.800 Wh with a discharge of up to 8.800 Wh available.
6.000 cycles or more: The number of cycles possible with this battery makes it ideal for long term use. With an average of 250 cycles per year, the LG has an estimated service life of nearly 20 years.
Lightweight design: The LG Chem weighs 30 kg. Its simple and clean design allows for easy installation. Operating temperatures of between 0°C and 40°C guarantee optimum use wherever it is installed.
9.800 Wh Storage Capacity: This battery has a capacity of 9.800 Wh. This is equivalent to 9.800 W for a period of 1 hour.
5.000 W Output Power: LG Chem has an instantaneous output of a maximum of 5.000 W.
| Length x Height x Depth: | 452 x 483 x 227mm |
| Max. efficiency: | 99% (25°C) |
| Battery Type: | Lithium |
| Max. charge / discharge: | 5kW |
| Battery Operating voltage: | 48V |
| Load current: | 105A |
| Battery capacity max. (C10): | 205Ah |
| Number of cycle: | 6000 |
| Discharge rate: | 90% |
| Product warranty: | 10 years |
| Place of manufacture: | Asia |
Extension kit to connect your LG Chem RESU 3.3, RESU 6.5 and RESU 19 batteries (48V operation). Limited to 2 elements together. No possibility to mix different references.
