Talent New Energy secures fresh funding to accelerate solid-state battery commercialization

Published: Dec 31, 2025 17:02 (GMT+8)
Source: gasgoo
The proceeds will be directed toward speeding up the commercialization of automotive-grade solid-state batteries.

Shanghai (Gasgoo)- Chongqing-based Talent New Energy ("Talent New Energy") recently completed a B+ funding round exceeding 400 million yuan, according to a press release it issued on December 31.

The proceeds will be directed toward speeding up the commercialization of automotive-grade solid-state batteries, expanding investment in core technologies, advancing the company's first mass-production line for all-solid-state batteries, and strengthening its talent pipeline as it scales up operations.

The successful fundraising reflects the company's recent progress in turning solid-state battery research into manufacturable products. Talent New Energy has developed its "Safe+" solid-state battery platform based on an oxide–polymer composite pathway, supported by proprietary technologies such as ISFD. This approach has enabled the company to roll out a full portfolio of products for different use cases while improving overall performance metrics, particularly around safety and stability.

Talent New Energy's batteries have already passed validation tests conducted by leading downstream customers in large-scale markets such as new energy vehicles, two-wheelers, and energy storage, paving the way for volume deliveries. Beyond these established sectors, the company is also moving into emerging areas including the low-altitude economy and embodied intelligence, developing solid-state batteries that balance enhanced safety with high power output and high energy density. The first batches of battery packs designed specifically for robotics applications have been delivered to partners and are now undergoing real-world testing.

In 2025, projects involving Talent New Energy were selected for a national-level disruptive technology research program. The company has also formed strategic partnerships with listed firms such as Narada Power and HUITIAN New Material, working to build an integrated ecosystem that links core technologies, critical materials, advanced manufacturing, and real-world applications.

Looking ahead, the company plans to further refine its strategy of letting application scenarios define battery design. Building on the Safe+ framework, Talent New Energy aims to introduce a tiered safety product matrix tailored to the specific risk profiles and performance requirements of different use cases. Backed by the latest funding, the company intends to leverage industrial partnerships to accelerate the deployment of its Safe+ solutions across its core target markets.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
[Auto: GAC Yinpai's first overseas battery plant starts production in Thailand]
Nov 04, 2026 14:19 (GMT+8)
[Auto: GAC Yinpai's first overseas battery plant starts production in Thailand]
Read More
[Auto: GAC Yinpai's first overseas battery plant starts production in Thailand]
[Auto: GAC Yinpai's first overseas battery plant starts production in Thailand]
GAC Yinpai opened its Thailand plant in Chonburi Province on October 29, with the first power battery pack rolling off the line. It is GAC Group's first overseas self-owned battery PACK plant, marking Yinpai's shift from product export to localized manufacturing. The plant brings proven battery technology and smart manufacturing standards to Thailand, supporting GAC's vehicle exports and ASEAN deliveries. Thailand targets 30% zero-emission vehicles by 2030, or over 700,000 electric passenger cars, driving local battery demand.
Nov 04, 2026 14:19 (GMT+8)
[Solid-State Battery: Central South University and Boliwei Apply for Sulphide Composite Cathode Patent, Building Multi-Scale Network to Reduce Interface Impedance]
Oct 30, 2026 14:41 (GMT+8)
[Solid-State Battery: Central South University and Boliwei Apply for Sulphide Composite Cathode Patent, Building Multi-Scale Network to Reduce Interface Impedance]
Read More
[Solid-State Battery: Central South University and Boliwei Apply for Sulphide Composite Cathode Patent, Building Multi-Scale Network to Reduce Interface Impedance]
[Solid-State Battery: Central South University and Boliwei Apply for Sulphide Composite Cathode Patent, Building Multi-Scale Network to Reduce Interface Impedance]
[Solid-state battery: Central South University and Greenway apply for sulphide composite cathode patent, building a multi-scale network to reduce interfacial impedance] On 27 October 2026, the China National Intellectual Property Administration published a patent for a sulphide all-solid-state battery composite cathode material jointly applied for by Central South University and Greenway (688345) (publication number CN122992033A). The material uses a high-nickel layered oxide as the cathode matrix, composited with nano-scale and micron-scale sulphide solid electrolytes, interfacial activators, and an amorphous self-adaptive ion-buffering material, constructing a gradient-distributed multi-scale synergistic ion transport network along the direction from particle surfaces to interstices. The patent aims to simultaneously achieve low interfacial impedance and excellent cycling stability under low stacking pressure, directly targeting the core engineering bottleneck on the cathode side of sulphide all-solid-state batteries.
Oct 30, 2026 14:41 (GMT+8)
[Solid-state battery: KanHoo obtains invention patent for garnet-type LLZO powder, high-crystallinity cubic-phase electrolyte can be prepared at just 900°C]
Oct 30, 2026 14:37 (GMT+8)
[Solid-state battery: KanHoo obtains invention patent for garnet-type LLZO powder, high-crystallinity cubic-phase electrolyte can be prepared at just 900°C]
Read More
[Solid-state battery: KanHoo obtains invention patent for garnet-type LLZO powder, high-crystallinity cubic-phase electrolyte can be prepared at just 900°C]
[Solid-state battery: KanHoo obtains invention patent for garnet-type LLZO powder, high-crystallinity cubic-phase electrolyte can be prepared at just 900°C]
[Solid-state battery: KanHoo obtains invention patent for garnet-type LLZO powder, enabling preparation of highly crystalline cubic-phase electrolyte at 900°C] On October 23, 2026, KanHoo (300340) was granted a new invention patent titled "A garnet-type lithium lanthanum zirconium oxide powder and its preparation method and application." The patent employs a stepwise precipitation process to achieve uniform mixing at the ionic level, forcing doping elements to precisely enter their designated sites and significantly shortening the migration path for phase formation and ceramization reactions. This enables the preparation of cubic-phase lithium lanthanum zirconium oxide (LLZO)-based solid-state electrolyte with extremely high crystallinity at 900°C, lower than the sintering temperature required for conventional LLZO.
Oct 30, 2026 14:37 (GMT+8)