Overview

Ampace is a Chinese battery technology company specializing in the development and manufacturing of lithium-ion batteries designed for a diverse range of energy storage systems. Established to meet the growing demand for efficient power solutions in emerging mobility and automation sectors, the company focuses on high-performance battery packs tailored for micro electric vehicles, drones, and robotics applications. As an operational entity within China's dynamic energy infrastructure landscape, Ampace contributes to the broader ecosystem of energy storage technologies that support both consumer electronics and industrial automation. The company's strategic positioning within the lithium-ion market reflects the wider trends in global energy infrastructure, where reliable, high-density power sources are critical for the advancement of electric mobility and unmanned aerial systems.

The company operates under the Chinese market name Xinneng'an, which serves as its primary brand identifier in domestic and international commercial contexts. This dual-naming structure is common among Chinese technology firms seeking to bridge local market recognition with global brand accessibility. Ampace's operational status is currently active, with the company having been commissioned in 2021, marking its formal entry into the competitive battery technology sector. Since its inception, the firm has concentrated its engineering and production efforts on optimizing lithium-ion cell configurations for specific use cases, particularly those requiring high energy density and reliable discharge rates.

Specialization in Energy Storage Systems

Ampace's core competency lies in the development of lithium-ion batteries for specialized energy storage systems. Unlike general-purpose battery manufacturers that produce cells for a wide array of applications, Ampace targets niche markets where performance parameters are strictly defined by the end-use device. The company's product portfolio is primarily oriented toward micro electric vehicles, which include personal mobility devices such as electric scooters, e-bikes, and small-scale electric cars. These vehicles require batteries that balance weight, capacity, and charging speed to maximize range and user convenience. By focusing on micro electric vehicles, Ampace addresses a significant segment of the urban transportation market, where compact and efficient power solutions are increasingly demanded by consumers and fleet operators alike.

In addition to micro electric vehicles, Ampace develops battery systems for drones and robotics. The drone industry, characterized by rapid technological advancement and increasing commercial adoption, relies heavily on lightweight and high-capacity lithium-ion batteries to extend flight times and payload capacities. Ampace's batteries are engineered to meet the specific voltage and current requirements of various drone models, from consumer-grade quadcopters to industrial unmanned aerial vehicles used for surveying, delivery, and surveillance. Similarly, the robotics sector, which encompasses everything from automated guided vehicles in warehouses to humanoid robots in research and production environments, benefits from Ampace's tailored energy storage solutions. These batteries provide the consistent power output needed for precise motor control and sensor operation, enabling robots to perform complex tasks with greater autonomy and efficiency.

The company's focus on these three key areas—micro electric vehicles, drones, and robotics—demonstrates a strategic approach to market segmentation. By concentrating on applications that are both technologically advanced and rapidly expanding, Ampace positions itself as a specialized provider within the broader lithium-ion battery industry. This specialization allows the company to refine its technology and production processes to meet the exacting standards of each sector, thereby enhancing product reliability and performance. As the global demand for electric mobility and automated systems continues to grow, Ampace's contributions to energy storage technology play a crucial role in supporting the infrastructure that underpins these emerging industries.

History and Corporate Structure

Ampace was established in April 2021 as a strategic joint venture between two major entities in the lithium-ion battery sector: Contemporary Amperex Technology Limited (CATL) and Amperex Technology Limited (ATL). The formation of this company represents a consolidation of expertise and market positioning within the broader Amperex Technology group, leveraging the manufacturing scale of CATL and the specialized cell technology heritage of ATL. This corporate structure allows Ampace to operate with integrated supply chain advantages and shared research and development resources, positioning it to address specific segments of the energy storage market with tailored lithium-ion solutions.

Headquarters and Geographic Positioning

The company is headquartered in Xiamen, located in the southeastern Chinese province of Fujian. Xiamen serves as a critical hub for battery manufacturing and technology innovation in China, benefiting from robust port infrastructure for global exports and a dense ecosystem of component suppliers. The selection of Xiamen as the operational base aligns with the historical presence of ATL in the region, facilitating logistical efficiency and talent acquisition from local technical universities and industrial parks. This geographic placement supports Ampace’s operational status as an active player in the global energy storage systems market, enabling rapid deployment of its battery technologies to international clients.

Market Focus and Technological Specialization

Since its commissioning in 2021, Ampace has specialized in the development of lithium-ion batteries designed for energy storage systems. The company’s product portfolio targets high-growth sectors including micro electric vehicles, drones, and robotics. These applications require batteries with specific energy density, weight, and discharge rate characteristics, distinguishing Ampace’s offerings from standard grid-scale or automotive battery packs. By focusing on these niche markets, Ampace utilizes the advanced cell chemistries and manufacturing processes inherited from its parent companies to deliver optimized power solutions for mobile and automated systems. The operational model emphasizes continuous improvement in battery performance metrics to meet the evolving demands of the micro-mobility and unmanned aerial vehicle industries.

Global Market Presence and Manufacturing Scale

Ampace operates as a global battery technology firm, with a manufacturing and market footprint spanning North America, Europe, and Asia. The company specializes in lithium-ion batteries designed for energy storage systems, serving sectors including micro electric vehicles, drones, and robotics. Its international reach is substantial, with a customer base exceeding 41 million users across 29 countries and regions as of April 2023 (per Ampace corporate data). This widespread adoption underscores the company’s integration into diverse global supply chains, from consumer electronics to industrial automation.

Manufacturing Scale and Infrastructure

To support this global demand, Ampace has significantly expanded its production capabilities. A key development in its manufacturing strategy was the launch of a major project in Xiamen in December 2022 (per Ampace project announcements). This facility is situated on a 900-acre site, representing a significant capital investment in physical infrastructure. The Xiamen plant is designed to achieve an annual production capacity of 32 gigawatt-hours (GWh), positioning Ampace as a major player in the global lithium-ion battery market. This scale of output is critical for meeting the growing energy storage needs of micro-mobility and drone industries.

Manufacturing Project Details Specification
Location Xiamen, China
Project Launch Date December 2022
Site Area 900 acres
Projected Annual Capacity 32 GWh

The establishment of the Xiamen facility reflects Ampace’s strategic focus on scaling production to match international market growth. With operations commissioned in 2021, the company has rapidly moved from initial development to large-scale manufacturing. The 32 GWh capacity at the Xiamen site is a central pillar of this expansion, enabling the firm to serve its 41 million customers more efficiently. This infrastructure supports the company’s operational status and its role as a key supplier in the global energy storage sector.

What are the key features of Ampace's energy storage solutions?

Ampace develops lithium-ion batteries tailored for diverse energy storage applications, including micro electric vehicles, drones, robotics, and stationary solar systems (per company profile). The product portfolio addresses specific market segments through specialized cell chemistry and power station architectures.

Kunlun Battery Cell

The Kunlun Battery Cell was unveiled at the RE+ trade show in Las Vegas. It is designed specifically for stationary and solar energy storage applications. The cell features a 15,000-cycle lifespan. After 15,000 cycles, the State of Health (SOH) remains at 80%. After 20,000 cycles, the SOH is 70%. This longevity aligns with the typical 20-year lifespan of photovoltaic (PV) installations.

Andes 1500 Portable Power Station

The Andes 1500 is a portable power station with a capacity of 1,462Wh. It offers 6,000 charge cycles. The unit utilizes A-Boost technology and achieves a full charge in 55 minutes.

Industrial and Grid-Scale Solutions

For industrial and grid-scale applications, Ampace offers the Jumbo Power (JP series). The UniC C5 is targeted at commercial and industrial use cases.

Product Application Key Specifications
Kunlun Battery Cell Stationary/Solar Storage 15,000 cycles; 80% SOH at 15,000 cycles; 70% SOH at 20,000 cycles
Andes 1500 Portable Power Station 1,462Wh capacity; 6,000 cycles; A-Boost technology; 55-minute charge
Jumbo Power (JP series) Industrial/Grid-Scale Grid-scale energy storage
UniC C5 Commercial/Industrial Commercial and industrial energy storage

How does Ampace address electric mobility and micro-EV needs?

Electric Motorcycle Battery Solutions

Ampace has expanded its product portfolio to specifically target the electric motorcycle and scooter segments, addressing the growing demand for high-performance energy storage in two-wheeled electric mobility. A key product line in this category is the Kun-Era battery series, which was prominently launched at the 22nd China International Motorcycle Trade Exhibition. This launch underscored Ampace's strategic focus on integrating advanced lithium-ion technology into the micro-EV market, providing manufacturers with reliable power sources for electric motorcycles.

E30P Cell and Boost Power Technology

In January 2025, Ampace revealed the E30P Cell at the Bharat Battery Show, introducing a specialized cylindrical lithium-ion battery designed for motorcycles and scooters. The E30P Cell is identified as a 35205 cylindrical format, featuring Ampace's proprietary Boost Power system. This technology enables rapid charging capabilities, allowing the battery to reach 95% capacity in just 47 minutes. Such charging efficiency is critical for electric two-wheelers, where downtime directly impacts user convenience and fleet utilization rates.

General E-Bike and Scooter Packs

Beyond specific cell innovations, Ampace offers general battery packs tailored for e-bikes and scooters. These products leverage the company's core expertise in lithium-ion battery development for energy storage systems. By focusing on micro electric vehicles, drones, and robotics, Ampace ensures its battery solutions meet the specific energy density and weight requirements of lightweight electric mobility platforms. The operational status of the company, commissioned in 2021, reflects its relatively recent but rapid integration into the global energy storage supply chain.

See also