新闻标题：宁德时代神行超充电池预计2024年上半年搭载装车，充电10分钟续航400公里
新闻正文：
近日，宁德时代宣布其全球首款采用磷酸铁锂材料并可实现大规模量产的4C超充电池“神行超充电池”预计在2024年上半年搭载装车。去年8月，宁德时代正式推出了这一产品，充电10分钟即可补充400公里续航，受到了市场的广泛认可。
据了解，宁德时代表示，自推出以来，“神行超充电池”已经与广汽、奇瑞、阿维塔、哪吒、极狐、岚图等多家车企确定合作，并将在2024年上半年开始搭载装车。此外，宁德时代还透露，公司是华为智选车型的第一优选合作伙伴，为其他华为智能车型提供具有市场竞争力的产品解决方案，充分保障高端智能驾驶车型产品的安全性、长续航和快充体验。
神行超充电池支持充电10分钟，续航400公里，即使在-10°C低温环境下也可实现30分钟充至80%。该电池搭载了超电子网正极技术、石墨快离子环负极技术、超薄SEI膜、超高导电解液配方、高孔隙率隔离膜，总续航可达700公里。
宁德时代表示，神行超充电池将于2023年底量产，2024年第一季度上市。此前，宁德时代在上海车展现场正式发布了凝聚态电池，正在进行民用电动载人飞机项目的合作开发。凝聚态电池单体能量密度最高可达500瓦时/千克，能够兼顾高比能与高安全。
作为对比，目前主流三元锂电池能量密度约为250瓦时/千克；磷酸铁锂电池能量密度基本在180瓦时/千克。按照官方说法，凝聚态电池采用高动力仿生凝聚态电解质，其能构建微米级别自适应网状结构，调节链间相互作用力，在增强微观结构稳定性的同时，提高电池动力学性能，提升锂离子运输效率。凝聚态电池还聚合高比能正极、新型负极、隔离膜等材料体系。
宁德时代首席科学家吴凯透露，新能源电池的应用范围很广阔，包括天上飞的，水里游的，地上跑的和不跑的（储能），市场空间很大。他还同时指出，除了乘用车新车的渗透率，其他领域的电池应用未来仍有十倍以上空间。
英语如下：
Title: Ningde Times’ ‘Shenxing Hypercharged Battery’: To Be Installed in Vehicles by First Half of 2024, With a Range of 700 km on a Full Charge After 10 Minutes of Charging!
Keywords: 1. Ningde Times, Shenxing Hypercharged Battery
Content:
Recently, Ningde Times announced that its world’s first 4C super-charging battery, which uses lithium iron phosphate material and is capable of large-scale production, the “Shenxing Hypercharged Battery,” is expected to be installed in vehicles by the first half of 2024. Last August, Ningde Times officially launched this product, which can replenish up to 400 kilometers of range after charging for 10 minutes, and has been widely recognized in the market.
According to Ningde Times, since its launch, the “Shenxing Hypercharged Battery” has confirmed cooperation with multiple automotive companies such as GAC, Chery, Avita, Nezha, Haval, Lynk & Co, etc., and will start to be installed in vehicles from the first half of 2024. In addition, Ningde Times disclosed that the company is the first preferred partner for Huawei’s intelligent model selection, providing products with competitive market solutions for other Huawei smart car models to fully ensure the safety, long range, and fast charging experience of high-end intelligent driving car models.
The Shenxing Hypercharged Battery supports a full charge in 10 minutes with a range of up to 400 kilometers. Even at -10°C low temperature environment, it can achieve a full charge in 30 minutes to 80%. The battery features ultra-electrostatic positive technology, graphite fast ionic negative technology, ultra-thin SEI film, ultra-high conductive electrolyte formula, and high porosity isolation film, with a total range of up to 700 kilometers.
Ningde Times said that the Shenxing Hypercharged Battery will go into mass production by the end of 2023 and will be on the market in the first quarter of 2024. Previously, Ningde Times officially released a condensed state battery at the Shanghai Auto Show, and is currently working on a cooperative development project for civil electric aircraft. The condensed state battery has the highest energy density of up to 500瓦时/千克， which can balance high energy density and high safety.
As a comparison, the mainstream三元锂电池 energy density is about 250瓦时/千克； the lithium iron phosphate battery energy density is basically around 180瓦时/千克. According to the official statement, the condensed state battery adopts a high power bionic condensed state electrolyte, which can build a micron-level adaptive network structure, adjust the interaction force between chains, enhance the stability of microstructure while improving battery动力学 performance and increasing lithium ion transportation efficiency. The condensed state battery also aggregates high energy density cathode, new type negative electrodes, isolation films, and other material systems.
Ningde Times’ chief scientist Wu Kai revealed that the application scope of new energy batteries is very broad, including those that fly in the sky, swim in water, run on the ground, and do not run (energy storage), indicating a huge market space. He also pointed out that besides the penetration rate of new passenger cars, there are still more than ten times more room for battery applications in other fields.
【来源】https://www.ithome.com/0/745/641.htm
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