SES AI’s 100 Ah Li-Metal Is First to Successfully Pass the Global Electric Vehicle EV Safety Standard Test GB38031-2020
SES AI (NYSE: SES) has achieved a significant milestone in the commercialization of Li-Metal battery technology. The company's 100 Ah Li-Metal cells for automotive applications have become the first in the industry to pass the GB38031-2020 Electric Vehicles Traction Battery Safety Standard tests. This standard is widely recognized by SES AI's EV OEM partners and other leading manufacturers globally.
The GB38031-2020 standard involves rigorous tests including overcharge, over discharge, external short circuit, heating, temperature cycling, and crushing. This achievement follows SES AI's acquisition of the UN38.3 safety certificate last year. The company's CEO, Qichao Hu, emphasized the importance of this milestone, highlighting SES AI's decade-long commitment to refining Li-Metal chemistry and enhancing battery safety.
This development strengthens SES AI's commercialization momentum, following its advancement to the next phase of a JDA with Hyundai. The company also recently unveiled its All-in-on-AI strategy, leveraging AI for Science, Manufacturing, and Safety to accelerate Li-Metal battery commercialization.
SES AI (NYSE: SES) ha raggiunto un traguardo significativo nella commercializzazione della tecnologia delle batterie al Li-Metal. Le batterie Li-Metal da 100 Ah per applicazioni automotive dell'azienda sono diventate le prime nel settore a superare i test dello standard di sicurezza per batterie di trazione di veicoli elettrici GB38031-2020. Questo standard è ampiamente riconosciuto dai partner OEM di veicoli elettrici di SES AI e da altri importanti produttori a livello globale.
Lo standard GB38031-2020 prevede test rigorosi tra cui sovraccarico, scarico eccessivo, corto circuito esterno, riscaldamento, cicli di temperatura e schiacciamento. Questo traguardo segue l'acquisizione da parte di SES AI del certificato di sicurezza UN38.3 lo scorso anno. L'amministratore delegato dell'azienda, Qichao Hu, ha sottolineato l'importanza di questo traguardo, evidenziando l'impegno decennale di SES AI nel perfezionare la chimica del Li-Metal e nel migliorare la sicurezza delle batterie.
Questo sviluppo rafforza l'inerzia commerciale di SES AI, dopo il suo avanzamento alla fase successiva di un JDA con Hyundai. L'azienda ha anche recentemente svelato la sua strategia All-in-on-AI, sfruttando l'IA per la Scienza, la Manifattura e la Sicurezza al fine di accelerare la commercializzazione delle batterie al Li-Metal.
SES AI (NYSE: SES) ha logrado un hito significativo en la comercialización de la tecnología de baterías de Li-Metal. Las celdas de Li-Metal de 100 Ah para aplicaciones automotrices de la empresa se han convertido en las primeras en la industria en superar las pruebas del Estándar de Seguridad para Baterías de Tracción de Vehículos Eléctricos GB38031-2020. Este estándar es ampliamente reconocido por los socios OEM de vehículos eléctricos de SES AI y otros importantes fabricantes a nivel mundial.
El estándar GB38031-2020 incluye pruebas rigurosas que abarcan sobrecarga, descarga excesiva, cortocircuito externo, calentamiento, ciclos de temperatura y trituración. Este logro sigue a la adquisición por parte de SES AI del certificado de seguridad UN38.3 el año pasado. El CEO de la empresa, Qichao Hu, enfatizó la importancia de este hito, destacando el compromiso de más de una década de SES AI en perfeccionar la química del Li-Metal y mejorar la seguridad de las baterías.
Este desarrollo refuerza el impulso comercial de SES AI, tras su avance a la siguiente fase de un JDA con Hyundai. La empresa también presentó recientemente su estrategia All-in-on-AI, aprovechando la IA para Ciencia, Fabricación y Seguridad para acelerar la comercialización de baterías de Li-Metal.
SES AI (NYSE: SES)는 리-메탈 배터리 기술 상용화에서 중요한 이정표를 달성했습니다. 이 회사의 자동차 응용을 위한 100 Ah 리-메탈 셀이 업계 최초로 GB38031-2020 전기차 트랙션 배터리 안전 기준 테스트를 통과했습니다. 이 기준은 SES AI의 전기차 OEM 파트너 및 글로벌 주요 제조업체들에 의해 널리 인식되고 있습니다.
GB38031-2020 기준은 과충전, 과방전, 외부 단락, 가열, 온도 사이클링 및 압착을 포함한 엄격한 테스트를 요구합니다. 이 성과는 지난해 SES AI가 UN38.3 안전 인증서를 획득한 이후의 일입니다. 회사 CEO인 Qichao Hu는 이 이정표의 중요성을 강조하며, 리-메탈 화학을 조정하고 배터리 안전성을 향상시키기 위한 SES AI의 10년 동안의 헌신을 강조했습니다.
이번 개발은 현대와의 JDA의 다음 단계로 나아가면서 SES AI의 상용화 모멘텀을 강화합니다. 회사는 또한 최근 AI를 과학, 제조 및 안전에 활용하여 리-메탈 배터리 상용화를 가속화하는 ‘All-in-on-AI’ 전략을 공개했습니다.
SES AI (NYSE: SES) a atteint un jalon significatif dans la commercialisation de la technologie des batteries Li-Metal. Les cellules Li-Metal de 100 Ah pour applications automobiles de l'entreprise sont devenues les premières de l'industrie à réussir les tests de la norme de sécurité des batteries de traction de véhicules électriques GB38031-2020. Cette norme est largement reconnue par les partenaires OEM de véhicules électriques de SES AI et d'autres grands fabricants à l'échelle mondiale.
La norme GB38031-2020 comprend des tests rigoureux tels que la surcharge, la décharge excessive, le court-circuit externe, le chauffage, le cycle de température et le broyage. Cette réalisation fait suite à l'acquisition l'année dernière par SES AI du certificat de sécurité UN38.3. Le PDG de l'entreprise, Qichao Hu, a souligné l'importance de ce jalon, mettant en avant l'engagement de SES AI depuis une décennie à peaufiner la chimie du Li-Metal et à améliorer la sécurité des batteries.
Ce développement renforce l'élan commercial de SES AI, suite à son passage à la phase suivante d'un JDA avec Hyundai. L'entreprise a également récemment dévoilé sa stratégie All-in-on-AI, exploitant l'IA pour la science, la fabrication et la sécurité afin d'accélérer la commercialisation des batteries Li-Metal.
SES AI (NYSE: SES) hat einen bedeutenden Meilenstein in der Kommerzialisierung der Li-Metal-Batterietechnologie erreicht. Die 100 Ah Li-Metal-Zellen für Automobilanwendungen des Unternehmens sind die ersten in der Branche, die die Tests des GB38031-2020 Sicherheitsstandards für Traktionsbatterien von Elektrofahrzeugen bestanden haben. Dieser Standard wird weithin von SES AIs EV-OEM-Partnern und anderen führenden Herstellern weltweit anerkannt.
Der GB38031-2020 Standard umfasst rigorose Tests wie Überladung, Überentladung, externen Kurzschluss, Erwärmung, Temperaturwechsel und Zerdrückung. Dieser Erfolg folgt auf die Erlangung des UN38.3 Sicherheitszertifikats durch SES AI im vergangenen Jahr. Der CEO des Unternehmens, Qichao Hu, betonte die Wichtigkeit dieses Meilensteins und hob das jahrelange Engagement von SES AI zur Verfeinerung der Li-Metal-Chemie und zur Verbesserung der Batteriesicherheit hervor.
Diese Entwicklung stärkt SES AIs Kommerzialisierungsdynamik, nach dem Fortschritt zur nächsten Phase einer JDA mit Hyundai. Das Unternehmen hat zudem kürzlich seine All-in-on-AI-Strategie vorgestellt, die KI für Wissenschaft, Fertigung und Sicherheit nutzt, um die Kommerzialisierung von Li-Metal-Batterien zu beschleunigen.
- First 100 Ah Li-Metal cells to pass GB38031-2020 safety tests for EV applications
- Advancing to next phase of JDA with Hyundai, becoming the only Li-Metal battery company with two automotive B-sample agreements in progress
- Implementation of All-in-on-AI strategy to accelerate Li-Metal battery commercialization
- None.
SES AI's achievement in passing the GB38031-2020 safety standard for their 100 Ah Li-Metal cells is a significant milestone for the EV battery industry. This certification demonstrates that Li-Metal technology, known for its high energy density, can now meet stringent safety requirements. The successful tests, including overcharge, short circuit and crushing, address critical safety concerns that have been barriers to Li-Metal adoption.
The implications are substantial: higher energy density batteries that maintain safety standards could lead to EVs with longer ranges and faster charging times. This could accelerate EV adoption and potentially disrupt the current Li-ion dominated market. However, it's important to note that passing safety tests is just one step. Scalability, cost-effectiveness and long-term performance in real-world conditions will be key factors in determining Li-Metal's commercial viability.
The certification of SES AI's Li-Metal cells under GB38031-2020 is a game-changer for the automotive sector. This standard is recognized by major EV manufacturers globally, not just in China. It potentially opens doors for SES AI to collaborate with more OEMs, beyond their existing partnerships.
The company's progress, including two B-sample agreements, positions them at the forefront of next-gen battery tech. However, the road to mass production is long. Key challenges include scaling up production, ensuring consistent quality and competing with established Li-ion supply chains. The integration of AI for manufacturing and safety prediction is promising, potentially addressing these challenges and accelerating time-to-market. This could give SES AI a competitive edge in the rapidly evolving EV battery landscape.
From an investment perspective, SES AI's breakthrough is promising but requires cautious optimism. The company's stock (NYSE: SES) may see increased interest due to this news, potentially driving short-term gains. However, investors should consider several factors:
- The path from certification to mass production and profitability is often long and capital-intensive.
- Competition in the advanced battery space is fierce, with both startups and established players investing heavily.
- The company's financial health and burn rate will be important as they move towards commercialization.
While the technology shows promise, financial success will depend on SES AI's ability to execute their commercialization strategy effectively and secure long-term partnerships with major automakers. Investors should closely monitor the company's progress in scaling up production and securing additional OEM agreements.
- First 100 Ah Li-Metal Automotive Cell to Pass for EV and UAM
- Bolsters Commercialization Momentum
![First 100 Ah Li-Metal Automotive Cell to Pass for EV and UAM (Graphic: Business Wire)](https://mms.businesswire.com/media/20240812117798/en/2213111/4/GB_Certificate_PR_Image.jpg)
First 100 Ah Li-Metal Automotive Cell to Pass for EV and UAM (Graphic: Business Wire)
GB38031-2020 is a mandatory national standard in the world’s largest EV market,
“The results are highly encouraging, affirming our decade-long commitment to refining Li-Metal chemistry and enhancing the safety of Li-Metal batteries,” said Qichao Hu, Founder and CEO of SES AI. “There are two types of safety tests that Li-Metal needs to pass for EV and UAM, abuse and in-use. For abuse tests, passing GB38031-2020 is a key milestone, it’s also the first time in the industry that a high energy density cell such as Li-Metal passes the rigorous safety tests of GB38031-2020. In addition, for in-use safety, our AI for Safety can predict and prevent almost
This announcement bolsters the commercialization momentum SES AI ignited earlier this year when it moved into the next phase of a JDA with Hyundai, making it the only Li-Metal battery company with two automotive B-sample agreements in progress. Building on this momentum, during the recent Q2 shareholder meeting, the Company unveiled its All-in-on-AI strategy, leveraging AI for Science, Manufacturing, and Safety to accelerate the commercialization of Li-Metal batteries.
About SES AI
SES AI Corp. (NYSE: SES) is powering the future of global electric transportation on land and in the air with the world’s most advanced Li-Metal batteries. SES AI is the first battery company in the world to accelerate its pace of innovation by utilizing superintelligent AI across the spectrum of its business, from research and development; materials sourcing; cell design; engineering and manufacturing; to battery health and safety monitoring. Founded in 2012, SES AI is an Li-Metal battery developer and manufacturer headquartered in
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You should not place undue reliance on these forward-looking statements. Should one or more of a number of known and unknown risks and uncertainties materialize, or should any of SES AI’s assumptions prove incorrect, our actual results or performance may be materially different from those expressed or implied by these forward-looking statements. Some factors that could cause actual results to differ include, but are not limited to the following risks: risks related to the development and commercialization of SES AI’s battery technology and the timing and achievement of expected business milestones; risks relating to the uncertainty of achieving and maintaining profitability; risks relating to the uncertainty of meeting future capital requirements; the ability of SES to integrate its products into electric vehicles (“EVs”) and Urban Air Mobility (“UAM"), drones and other applications; the risk that delays in the pre-manufacturing development of SES AI’s battery cells could adversely affect SES AI’s business and prospects; the market for air mobility, and for use of Li-Metal technology in air mobility applications, is still emerging and may not achieve the growth potential we expect; risks relating to the development of the UAM market and demand for batteries from the UAM industry; potential supply chain difficulties; the ability of SES AI to engage target original equipment manufacturers (“OEMs”) customers successfully and integrate SES AI’s products into EVs manufactured by OEM customers; the ability to obtain raw materials, components or equipment through new or existing supply relationships; our use of artificial intelligence and machine learning may result in legal and regulatory risk; risks resulting from SES AI’s joint development agreements and other strategic alliances and investments; product liability and other potential litigation, regulation and legal compliance; SES AI’s ability to attract, train and retain highly skilled employees and key personnel; developments in alternative technology or other fossil fuel alternatives; risks related to SES AI’s intellectual property; business, regulatory, political, operational, financial and economic risks related to SES AI’s business operations outside
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FAQ
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