EQS-News: SINGULUS TECHNOLOGIES Develops new Solutions for the Production of Solid-State Batteries
Source: EQS
Press release Kahl am Main, Conventional lithium-ion batteries are reaching the limits of their possible energy density, while at the same time the demand for more powerful energy storage systems is increasing. Solid-state batteries promise a new era of energy storage. Thanks to the use of innovative materials and process technologies, they offer a 30% higher energy density, longer service life and faster charging times. The production of solid-state batteries presents a number of technological and engineering challenges. These include selecting and processing the right materials, implementing specialized production processes, and ensuring precise quality control during the manufacturing process. With its expertise in surface technology, Thanks to their specific properties, solid-state batteries can increase the range of electric vehicles and boost consumer acceptance. However, they can also contribute to significant progress in development beyond electromobility, for example in mobile devices, thanks to longer runtimes and more compact designs. In the aerospace industry, they improve the performance and safety of satellites, spacecraft, and unmanned aerial vehicles. In stationary energy storage, they could also buffer renewable energies such as solar and wind energy and ensure a reliable power supply. Another key aspect is their improved safety compared to conventional lithium-ion batteries. As they do not contain liquid electrolyte, solid-state batteries have a lower risk of fire or thermal failure, which protects both users and the environment. The use of solid electrolytes also contributes to the longer life of solid-state batteries. This technology allows for a greater number of charge and discharge cycles, which improves the economy and sustainability of electric vehicles and other applications. In addition, solid-state batteries offer the advantage of faster charging times compared to conventional batteries. This faster charging performance increases the efficiency and usability of electric vehicles and other applications by reducing waiting times during charging and improving the overall user experience. Thin-Film Coating and Surface Treatment The company’s core competencies include various processes of coating technology (PVD sputtering, PECVD, evaporation), surface treatment as well as wet-chemical and thermal production processes.
Contact:
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Language: | English |
Company: | |
Hanauer Landstrasse 103 | |
63796 Kahl am Main | |
Phone: | +49 (0)1709202924 |
Fax: | +49 (0)6188 440-110 |
E-mail: | bernhard.krause@singulus.de |
Internet: | www.singulus.de |
ISIN: | DE000A1681X5, DE000A2AA5H5 |
WKN: | A1681X, A2AA5H |
Listed: | Regulated Market in |
EQS News ID: | 1888937 |
End of News |
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1888937 25.04.2024 CET/CEST