TU-TESL

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GS tangshallow, an old Japanese lithium manufacturer, is actively demonstrating its influence in the field of lithium battery application. According to foreign media, NASA's two radiation belt storm detectors completed their missions seven years after they were in orbit, and received the closing order from the mission executors of the Applied Physics Laboratory (APL) at Johns Hopkins University. The detector is equipped with a 50ah / 3.7V lithium-ion battery produced by GS tangshallow, a subsidiary of the US company, so that it can obtain enough electric energy in orbit operation. When the mission of the detector is to be extended, APL will use the long-life lithium-ion battery developed by GS Tang shallow to support the normal operation of the detector in orbit for 7 years without replacing the battery. It is understood that GS tangshallow has provided lithium-ion batteries for more than 190 satellites at home and abroad to support its space exploration mission. Its lithium battery supply ranks first in the industry and there are no abnormalities or failures, showing its strong competitive advantages in service life, safety and quality. In recent years, GS is strengthening its business layout in the field of new energy. In addition to electric vehicles, GS is also exploring other market segments, including motorcycles, aerospace, submarines, ships, energy storage and other fields. In August, Japan's Oshima Shipbuilding Co., Ltd. built a zero emission electric ship - "e-oshima". The propulsion system of the electric ship adopts the large capacity lithium battery system produced by GS Tang shallow company. In October, GS Tangqian invested 29 million euros to build its first European battery factory in mishkolz, Hungary, and put it into production. At the same time, GS also developed a silicon metal electrode for the development of solid-state batteries, which can increase the energy density of the batteries by two times compared with the existing lithium batteries. In November, the second Canglong class diesel electric attack submarine (SSK) of Japan Maritime Self Defense Force was launched, which was equipped with a lithium battery system produced by GS Tang shallow, replacing the traditional lead-acid "air independent propulsion" (AIP) system carried by such a submarine before.