6 SINGLE CELLS GS AUDIO LTO - 2.3V / 45Ah - 66*160mm

PRODUCT CURRENTLY AVAILABLE

6 PIECES OF ONLY BATTERIES WITHOUT ACCESSORIES, BOLTS, BMS ETC.

Video introducing the new ultra-high performance LTO Gs Audio batteries for in-car audio systems and beyond! In the video we see an entire 6-cell kit assembled with copper rods , bolts and BMS to balance each individual cell in the 6-cell series

GS Audio LTO 6 x 2.3v 45Ah batteries

GS AUDIO LTO grade A cells with extremely low internal resistance, guaranteed minor 0.35 milliom

PRODUCT CURRENTLY AVAILABLE and shipping throughout Europe

upon request we can make kits of 12-18-24-30 and more cells!!!

LTO FEATURES

What does a lithium titanate battery look like?

In the LTO battery, lithium titanate oxide (Li2TiO3) replaces graphite (carbon) in the anode, which is present in the typical lithium-ion battery instead. The cathode to match can be lithium manganese oxide (LMO) or with added cobalt (NMC).

The LTO under the microscope shows a three-dimensional structure formed by lithium titanate nanocrystals. The cell voltage is 2.4 V, it can undergo rapid charging and can withstand a discharge current of 10 times the rated capacity.

BENEFITS

The advantages related to the new lithium titanate battery technology are that the anode surface area of the lithium titanate battery is about 100 square meters per gram instead of only 3 square meters per gram of the classical lithium ion batteries(3.7v). This greater surface area offered to the passage of electrons allows for fast charging and longer battery life. This means that less charging power is required and these batteries can be safely recharged in about 6 to 10 minutes instead of the 8 hours required for other rechargeable batteries. In addition, the charging efficiency exceeds 98%.

RISKS

 The lower operating voltage (2.3v) compared to conventional lithium cells (3.7v) is an advantage for both safety and the environment. The absence of carbon prevents thermal instability and overheating, which are the main cause of fires in traditional storage systems. From tests conducted, verifiable by every LTO manufacturer in the world, an LTO cell subjected to a short circuit reached a maximum temperature of 90-100° C, without causing explosions or fires to which conventional lithium-polymer batteries can be subjected.

Ideal for ultra-high-performance systems where power must never fail. 

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SAFETY TESTS CONDUCTED

Shear test = ZERO FLAMES

Electrical puncture test = NO FLAMES

Short circuit test = NO FLAMES

Drop test = NO FLAMES

Watch the video presentation: