6 SINGLE CELLS GS AUDIO LTO Extreme - 2.4V / 45Ah - 60*160mm

€549.00 €450.00
In stock
SKU
LTO Extreme 45A 6 celle sole
Shipping time: Ready within 24 hours
Spedisci a: / Ship to: ITCalcola / Ceck Shipping Cost
6 SINGLE CELLS GS AUDIO LTO Extreme - 2.4V / 45Ah - 60*160mm is available to buy in increments of 1

6 Single Cells LTO Extreme - 2.4V /45Ah | Dimensions 60x160mm

6 Bulk Batteries (without accessories, BMS or aluminum bars).

 

Why choose the new LTO 45AH Extreme cells?

This series differs markedly from classic LTO cells in superior performance and unique advantages:

  • Discharge up to 25C (vs. 10C for conventional LTOs)
  • Charge up to 10C (vs. 6C in traditional LTOs)

  • Rated voltage 14.4V (2.4V per cell x 6) compared to 13.8V of standard LTOs

  • Weight reduced by 30% (about 1000g per cell, instead of 1300g)

  • More compact size: reduced diameter by 5mm, reduced length by 10mm

  • More energy in less space

Due to these features, performance is on average 15-25% higher than that of standard LTOs, reaching up to 30% with charging at 15V or higher.

 

WARNING: We do not recommend use with standard 14V alternators, as the rated voltage of this battery pack is 14.4V. For maximum performance, we recommend:

  • GS Alternators

  • Modification of your original alternator to achieve 15V end of charge

 

CUSTOM ASSEMBLY AND SHIPPING

All battery packs are assembled at the time of order. It takes 2 days for assembly before the pack can be shipped. 100% new cells - no A/B/C ratings, zero wear and tear!

We ship throughout Europe. 

 

CUSTOMIZABLE CONFIGURATIONS

We can make battery packs with 6, 12, 18, 24, 30, 60, 120 or more cells, assembled according to your preferred pattern, with BMS and bars ready for in-car installation.

For more information or custom requests, contact us!

 

SINGLE CELL RATINGS

Model

GS - 45 LTO EXTREME

Dimensions 

61 x 190 mm

Weight

1,020 KG

Nominal Voltage

2.4 volts

Nominal Charging Current

2C / 90 A

Rated Discharge Current

8C / 360 A 

Maximum charge current

15C / 675 A

Maximum discharge current

25C / 1125A

Connection threads

M12 

Internal resistance

<0.4 mOhm

Optimal working temperature

-25 / + 55°C

Maximum working temperature

-30 / + 65 °C

Charging method

constant current and voltage

Maximum voltage

2.9V x 6 = 17.4V

Minimum voltage

1.9V x 6 = 11.4V

 

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Batteries comply with GB/T31485 testing, ensuring maximum safety under all conditions. In the event of short circuit, overcharge, overheating, puncture, compression or immersion in seawater, no fire or explosion will occur. Even under conditions of over-discharge, extreme temperatures, low atmospheric pressure or high temperature changes, batteries pose no risk of fire, explosion or leakage. Their reliability and safety are guaranteed.

 

Want to know more?
LTO FEATURES

Structure and characteristics of lithium titanate (LTO) batteries 

Lithium titanate (LTO) batteries differ from conventional lithium-ion batteries in the composition of the anode. In these cells,lithium titanate oxide (Li₂TiO₃) replaces graphite (carbon), typically used in conventional batteries. The cathode can be lithium manganese oxide (LMO) or lithium manganese cobalt oxide (NMC).

At the microscopic level, the LTO has a three-dimensional structure composed of lithium titanate nanocrystals. This configuration enables an operating voltage of 2.4 V, fast charging, and the ability to withstand discharge currents up to 10 times its rated capacity.

Benefits of LTO technology

One of the main strengths of lithium titanate batteries is the greater surface area available for electron passage. The anode has a surface area of about 100 m² per gram, compared with only 3 m² per gram in conventional 3.7 V lithium-ion batteries. This feature enables extremely fast charging and a significantly longer service life. LTO batteries can be recharged in 6-10 minutes, compared with the 8 hours required for standard rechargeable batteries. In addition, they providemore than 98% charging efficiency.

Safety and thermal stability

The lower operating voltage of 2.4 V offers significant advantages in terms of safety and environmental impact. The absence of carbon in LTO cells reduces the risk of thermal instability and overheating, eliminating a major cause of fires in conventional storage systems.

Independent tests conducted on LTO batteries have shown that, even in the event of a short circuit, the maximum temperature reached does not exceed 90-100°C, without causing explosions or fires. This makes them a much safer solution than LiPo (lithium-polymer) batteries, which can be prone to spontaneous combustion in case of failure.