VINATech is sharpening its focus on AI data centers and large-scale energy infrastructure as it sets a bold target of reaching 1 trillion KRW in annual sales within the next five years.
The company plans to leverage its supercapacitor technology and global manufacturing footprint to position itself as a key power solutions provider for next‑generation digital and hydrogen mobility ecosystems.
Supercapacitors as a Core Enabler for AI and Edge Infrastructure
Supercapacitors are increasingly being adopted wherever ultra‑fast power delivery, high cycle life and reliability are more critical than pure energy density. In comparison to secondary batteries, supercaps store roughly one hundredth of the energy but can deliver around 100 times higher power, making them ideal for peak‑power support and protection functions. Typical use cases range from auxiliary power units in electric and hydrogen vehicles to backup power for SSDs, where they protect data during sudden power interruptions.
VINATech has built its reputation as a dedicated supercapacitor specialist, becoming the first company worldwide to mass‑produce 3.0 V supercapacitors back in 2010. This early move into higher‑voltage devices underpins the company’s current strategy to serve demanding applications such as AI data centers, smart grids, industrial machinery and ultra‑fast charging infrastructure.
Strategic Focus on AI Data Centers and Fuel Cell Power
VINATech’s current growth narrative is tightly linked to the emergence of solid oxide fuel cells as power sources for energy‑hungry AI data centers. These systems require fast, robust power buffering to stabilize the grid side, a role in which supercapacitors are particularly well suited. Management expects that accelerating deployment of AI compute, combined with broader smart grid investment, could make the coming decade a “Supercap era” in which VINATech aims to play a leading role.
A cornerstone of this strategy is the long‑term supply agreement signed with Bloom Energy, under which VINATech will provide supercapacitor solutions for fuel cell systems powering AI data centers through 2027. In parallel, the company plans to move up the value chain: from today’s cell‑level sales to fully modular products in the first half of next year, and then to integrated supercapacitor packages including in‑house PCBs and software in the second half. The objective is to transform supercaps from commodity cells into high‑value modules and systems, with an internal estimate of up to 20‑fold higher added value compared to bare cells.
Global Manufacturing Expansion and Digitalized Production
To support anticipated demand, VINATech is restructuring and scaling its overseas production base, particularly in Vietnam. Current capacity stands at around 30 million units per month across three factories near Hanoi. The company is now developing a large, 172,000 m² site in Hưng Yên Province, scheduled for completion by 2028, that will consolidate these facilities into a single manufacturing campus. This consolidation is expected to increase overall supercapacitor capacity roughly fivefold while enabling a shift in mix from small‑sized to mid‑ and large‑sized products, improving profitability and addressing system‑level applications.
Digitalization is an integral part of the new manufacturing strategy. VINATech plans to implement an AI‑driven monitoring and control environment that tracks production parameters such as line temperature, humidity and individual machine yield in real time. This data‑centric approach is intended to support higher quality, better traceability and more efficient process optimization. While headquarters continues to focus on R&D and new product prototyping, VINATech is also preparing a new factory in India within the next three years to further diversify and regionalize its supply chain.
Building Synergy Between Supercaps and Hydrogen Fuel Cells
Beyond data center and grid applications, VINATech is actively integrating its supercapacitor technology with hydrogen fuel cell platforms. Its Wanju site in North Jeolla Province serves as a hydrogen technology hub, where the company produces carbon supports used in fuel cell stacks. These supports provide a stable framework for platinum catalysts, helping prevent catalyst wash‑out and maintain long‑term performance.
VINATech is the exclusive supplier of these carbon supports for Hyundai Motor Company’s hydrogen fuel cell vehicles, embedding the company in one of the most advanced fuel‑cell mobility ecosystems globally. Looking ahead, VINATech is developing hybrid powertrain architectures that combine supercapacitors with hydrogen fuel cells to improve fuel efficiency, transient response and overall system durability. By linking the membrane electrode assembly (MEA) plant in Wanju with its planned high‑volume supercap facility, the company aims to create a vertically integrated platform for hydrogen‑electric power solutions.
Financial Performance and Regional Recognition
VINATech’s strategic moves are supported by an improving financial profile and growing recognition in its domestic market. The company has been named an “Outstanding Regional Company for the MZ Generation” by the Ministry of Trade, Industry and Energy and the Korea Institute for Advancement of Technology, underscoring its appeal as an employer and innovation leader for younger professionals.
Source
This article is based on a manufacturer press release and related official information from VINATech and affiliated media, edited and structured for added context and clarity for readers in the energy storage and power electronics industry.