While much of the industry is still celebrating laboratory results for high-specific-energy batteries, TOP Technology has already been selling commercial high-energy-density battery cells for two years.

On July 30, 2026, the Embodied Intelligence Technology Innovation Exchange, jointly organized by Plug and Play China, Shenyang Automotive Group and BMW, concluded successfully at the Future Mobility Accelerator Space in Shenyang.

With proven capabilities in the industrialization and commercial delivery of high-energy-density batteries, TOP Technology was officially admitted to the Plug and Play China Future Mobility Accelerator Space innovation platform.

Through the platform, TOP Technology engaged with leading automotive manufacturers and industry partners to explore next-generation high-energy-density traction batteries, embodied intelligence, low-altitude mobility equipment and other emerging applications.

1. Selected for Proven Industrialization Capabilities

The Future Mobility Accelerator Space is an automotive innovation incubation platform jointly developed by Shenyang Automotive Group and Plug and Play China, based on Shenyang Automotive Group's strategic cooperation with BMW Group. The platform was officially launched in Shenyang in December 2025.

Bringing together automotive technical experts, industrial capital and resources across the value chain, the platform focuses on emerging technologies including new energy, intelligent connected vehicles, embodied intelligence and intelligent manufacturing. It provides support throughout the innovation lifecycle, from technology incubation and application development to investment and industrial implementation.

The Embodied Intelligence Technology Innovation Exchange was one of the platform's featured industry events.

Participants included Niels Angel, Director of Production Systems, Lean Production and Digitalization at BMW Brilliance Automotive; Tian Jiaping, Director of the Innovation Center at Shenyang Automotive Group; and Kou Chuang, Head of the Embodied Intelligence Business Unit at Jinbei Automotive and Executive Deputy General Manager of Jinzhi Variable Robotics, among other industry representatives.

TOP Technology distinguished itself among participating innovative companies through one key capability:

Its high-energy-density batteries are already in mass production, commercially sold and validated in real-world applications.

During the event, the TOP Technology team held technical discussions with representatives from Shenyang Automotive Group, BMW, Jinzhi Variable Robotics and other industry partners.

TOP presented its independently developed material technology system covering:

Lithium-rich manganese-based cathodes · All-silicon-carbon anodes · Composite solid-state electrolytes

The team also shared its industrialization experience across the complete process from material synthesis to cell manufacturing and explored the commercialization potential of advanced battery technologies in passenger vehicles, intelligent robots and specialized equipment.

Through Plug and Play China's industrial ecosystem, TOP Technology aims to connect its commercially validated high-energy-density battery technologies with more automotive and intelligent-equipment applications.

2. Not Just Samples — Commercial Products Already in the Market

High-energy-density batteries have become one of the industry's most closely watched technology fields.

However, many solutions remain at the prototype, sample-validation or laboratory demonstration stage. Achieving true commercialization requires overcoming significant challenges in manufacturing processes, yield, consistency and cost.

TOP Technology has taken a materials-driven approach.

By developing lithium-rich manganese-based cathodes, all-silicon-carbon anodes and composite solid-state electrolytes in-house, TOP has established capabilities spanning material synthesis through cell manufacturing, enabling greater control over the entire development and production process.

The company has already brought two generations of benchmark high-energy-density battery cells to market.

400 Wh/kg High-Energy-Density Cell

Commercially supplied for two years

TOP's 400 Wh/kg cells have already achieved scaled supply in applications including UAVs and specialized equipment.

Following two years of real-world commercial use, the product has demonstrated strong performance in energy density, cycle life, safety and wide-temperature operation.

This provides TOP with something particularly valuable in the high-energy-density battery sector: long-term market validation through actual customer applications rather than laboratory testing alone.

460 Wh/kg Next-Generation Cell

Now in Mass Production

Building on the commercial success of its 400 Wh/kg platform, TOP Technology has introduced its next-generation 460 Wh/kg mass-production cell.

Based on TOP's independently developed lithium-rich manganese-based cathode and all-silicon-carbon anode material system, the new cell further increases specific energy while balancing safety and cycle performance.

It is designed for applications where weight reduction and extended endurance are critical, including:

New-energy vehicles · UAVs · Embodied intelligent robots · Specialized equipment

The transition from 400 Wh/kg commercial products to 460 Wh/kg mass production represents another step in TOP's industrialization of next-generation high-energy-density battery technology.

3. Eight Years of Industrialization Experience: From Technology to Commercial Products

TOP Technology's mass-production capabilities are built on years of industrialization experience.

In 2018, the team advanced the practical application of lithium-rich manganese-based batteries and supported four vehicle models in obtaining official vehicle announcements, while also completing mandatory automotive-grade testing.

These projects provided the team with extensive experience in automotive-grade product development, validation and industrialization.

At the same time, TOP has developed key battery materials across the technology chain in-house — from cathode and anode materials to electrolytes.

This integrated approach gives the company greater control over material development, cell design and manufacturing, supporting product consistency and cost competitiveness as technologies move from laboratory development toward mass production.

4. Connecting Advanced Battery Technology with Industrial Applications

Lithium-rich manganese-based cathodes, silicon-based anodes and solid-state electrolytes are increasingly becoming important development directions for next-generation traction batteries.

While many companies remain focused on laboratory-stage development, TOP Technology has established a development pathway covering:

Technology R&D → Mass Production → Commercial Delivery → Two Years of Market Validation → Industry Ecosystem Collaboration

Joining the Plug and Play Future Mobility Accelerator Space further connects TOP's battery technology with automotive innovation ecosystems and potential application scenarios.

The company's engagement with embodied-intelligence platforms such as Jinzhi Variable Robotics also creates opportunities to explore next-generation power solutions for intelligent robots.

Looking ahead, TOP Technology will continue advancing its three core material technologies and developing high-energy-density solid-state battery solutions for a broad range of applications, including:

Automotive · UAVs · High-Speed Electric Motorcycles · Embodied Robots · Energy Storage

By combining advanced materials research with cell engineering and mass-production capabilities, TOP aims to accelerate the transition of next-generation high-energy-density batteries from technological innovation to large-scale commercial application.

Follow TOP Technology for more insights into the industrialization of lithium-rich manganese-based cathodes, all-silicon-carbon anodes and composite solid-state electrolytes, and to explore customized high-energy-density battery solutions.