Autowell Technology

ATW Intelligent focuses on the research and development, design, manufacturing, and sales of intelligent equipment in the lithium-ion battery industry.

Photovoltaic products convert sunlight into electricity using solar cells, used in residential, commercial, and utility-scale renewable energy solutions.

Semiconductor products are silicon-based components that control electrical currents, forming the basis of diodes, transistors, and solar cells.

ATW XuRi is a subsidiary controlled by Wuxi Autowell that engages in the R&D, manufacturing, and applications of PV cell equipment.

The Autowell ATW resource center provides enterprise updates, product manuals, and ESG reports about its intelligent equipment.

Wuxi Autowell showcases its global service network and customer cases in photovoltaic, lithium battery, and semiconductor sectors.

In energy storage systems (ESS), discussions often focus on capacity, cycle life, or chemistry.

At the 2025 Metallization & Interconnection Workshop in Berlin, Dr. Ning Chen presented Autowell’s advancements in photovoltaic printing technologies beyond traditional metal pastes and screens.

On January 15, ATW was honored with the “2025 Most Influential Intelligent Manufacturing Enterprise Award” at the 13th annual Solar Awards (Guangneng Cup), in recognition of its technological innovation and industrialization achievements in photovoltaic (PV) intelligent manufacturing.

ATW Intelligent secured major lithium battery equipment orders, including large-format cell production lines and energy storage projects, reinforcing its market position.

Explore ATW company news, event exhibitions, groundbreaking R&D advancements, and innovation milestones that are shaping the future of the industry.

Forbes China recognized ATW Technology as a Globalization Leader for its global expansion and brand-building achievements.

Wuxi Autowell ATW offers career development, benefits, and stock incentives to employees.

ATW (Wuxi Autowell Technology Co., Ltd.) is a Chinese manufacturer of intelligent equipment founded in 2010.

ATW Corporate Culture is built on competitive innovation, superior quality, efficient services and valuable trust to drive global intelligent manufacturing.

Autowell highlights its sustainability efforts in environmental protection, social well-being, and corporate governance.

ATW (Wuxi Autowell) is an intelligent equipment manufacturer of PV, Li‑ion batteries, and semiconductors, focused on research, development, and production.

Autowell presents turnkey solar PV solutions spanning the full production chain—from ingots and wafers to cells and modules—alongside energy storage systems. The company emphasizes its integrated process equipment, enabling system-level optimization beyond isolated segments. Autowell also supports customers with ramp-up, yield stability, and operational performance for deployed systems.

Jul 2026pv magazine GlobalNews article

ATW exhibits its **bifacial (BC) multi-cut stringing solutions** and full-line manufacturing systems for solar modules and energy storage at **SNEC 2026**. The display includes integrated platforms for module assembly and energy storage production lines. The company highlights its stringing technologies tailored for high-efficiency solar applications.

Jul 2026TaiyangNews - All About Solar PowerNews article

Wuxi Autowell (ATW) introduces a **1.3 GW fully integrated intelligent encapsulation solution** for heterojunction (HJT) solar modules. The turnkey system targets large-scale production, combining automation and precision for module assembly. ATW, a Chinese PV equipment provider, expands its offerings in high-efficiency solar manufacturing.

Jun 2026pv magazine GlobalNews article

ATW demonstrates its **AI Chef** system at **SNEC 2026**, integrating artificial intelligence across PV manufacturing processes. The platform optimizes production workflows, from wafer fabrication to module assembly, leveraging data-driven insights. The company highlights advancements in efficiency and adaptability within solar manufacturing.

Jun 2026pv magazine GlobalNews article