China SiC Power Module Production Surges as Lipis Breaks Ground on $25M Yangzhou Factory

Did you know that by 2027, a single Chinese factory could produce enough silicon carbide modules to power 1.5 million electric vehicles annually? This is not science fiction—it is the reality unfolding in Yangzhou, where Lipis Semiconductor just broke ground on a facility that threatens to disrupt the global automotive chip hierarchy. For Western investors and automotive executives, this development signals a tectonic shift in the China SiC power module production landscape, one that could reshape supply chains from Detroit to Stuttgart.

On March 29, 2025, Wuxi Lipis Semiconductor Co. officially commenced construction of its Yangzhou production base, a move that follows closely on the heels of a 100 million yuan ($13.8 million) Pre-B+ funding round secured from Yangzhou state-backed investors. The timing is strategic: as global automakers scramble to secure silicon carbide supplies for next-generation EVs, Chinese manufacturers are aggressively expanding capacity to capture market share traditionally dominated by European and American chip giants.

The Yangzhou Facility: Scale, Timeline, and Strategic Significance

The Yangzhou project represents Phase 1 of a broader 300 million yuan investment strategy. Covering 32 acres with 31,000 square meters of construction, the facility will house two dedicated automotive-grade SiC module packaging and testing lines. When operational in March 2027, the factory will deliver 1.5 million power modules annually—enough to supply approximately 750,000 to 1.5 million EVs depending on vehicle architecture.

Key technical specifications include:

• Advanced Packaging Technology: Import of 100+ pieces of equipment including fully automatic silver sintering machines, vacuum welders, and MES traceability systems for full lifecycle management
• Voltage Range: Production of 1200V to 3300V modules targeting everything from passenger vehicles to heavy-duty trucks and grid infrastructure
• Quality Standards: Full automotive-grade compliance with reliability testing laboratories on-site

This capacity expansion comes at a critical moment. According to Bloomberg Intelligence, global demand for automotive SiC modules is projected to grow at a CAGR of over 25% through 2030, driven by 800V EV architectures. Lipis’s entry into mass production positions it as a credible alternative to incumbents like Infineon and STMicroelectronics, potentially alleviating the supply constraints that have plagued Western OEMs since 2021.

Why Western Automakers Should Pay Attention

Supply Chain Diversification Beyond Traditional Vendors

The global SiC market has long suffered from concentration risk. With Wolfspeed, Infineon, and Rohm controlling significant market share, any disruption creates catastrophic bottlenecks. Lipis’s expansion offers a diversification pathway. Already, the company exports to over 20 countries and anticipates overseas sales comprising nearly 50% of revenue in 2025.

For American and European manufacturers, this presents a complex calculation. While integrating Chinese-sourced SiC modules could reduce costs by 15-20% compared to Western alternatives, it requires navigating evolving tariff regimes. However, as Lipis Chairman Ding Xuanming noted during the groundbreaking, the company has already achieved stable mass production with head grid equipment companies and new energy heavy truck manufacturers, suggesting the technology meets stringent international standards.

The Technology Race: From 1200V to Grid-Scale Applications

Lipis is not merely copying existing designs. The company unveiled four new product lines at the Yangzhou ceremony: LCD SiC for passenger vehicles, LDP SiC for commercial vehicles, LEP SiC for AIDC applications, and LPP SiC for grid drives. This portfolio diversification mirrors strategies employed by Chinese EV giants expanding into semiconductor vertical integration.

Particularly noteworthy is Lipis’s penetration of the solid-state transformer market. With 1200V-3300V modules currently undergoing reliability validation at multiple well-known domestic and foreign customers, the company anticipates significant volume shipments by 2027—coinciding with the Yangzhou facility’s ramp-up.

Strategic Implications for Global Markets

The Yangzhou factory embodies China’s broader semiconductor self-sufficiency push. Unlike purely private ventures, Lipis enjoys explicit state support through Yangzhou Guojin and Yangzhou Longtou Capital—entities tasked with developing regional high-tech manufacturing clusters. This public-private model enables rapid scaling that Western competitors struggle to match.

However, risks remain. Quality consistency varies across Chinese SiC manufacturers, and automotive-grade qualification cycles typically span 2-3 years. Lipis’s claim of stable mass production at major customers suggests they have cleared these hurdles, but Western Tier 1 suppliers will demand rigorous validation before substituting Chinese modules for established parts.

See our analysis on Chinese EV makers’ vertical integration strategies to understand how domestic players are securing chip supply chains.

Recommended Reading

For readers seeking deeper context on the geopolitical semiconductor battle, we recommend Chip War: The Fight for the World’s Most Critical Technology by Chris Miller. This Pulitzer Prize finalist examines how silicon carbide and advanced power electronics have become the new oil of the 21st century, detailing the competitive dynamics now playing out in Yangzhou.

As Lipis Semiconductor races toward its 2027 production target, Western automotive stakeholders face an inflection point: engage with the emerging China SiC power module production ecosystem to secure cost advantages and supply resilience, or risk being priced out of the next generation of electric mobility. The foundations being poured in Yangzhou today may well determine the competitive landscape of 2030.