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Jun 15, 14:45
China's new EV rules push European luxury PHEVs to the exit

European luxury automakers are pulling back from China's plug-in hybrid vehicle (PHEV) market after Beijing tightened eligibility requirements for new-energy vehicle incentives starting in 2026. The policy raised the minimum all-electric range for tax incentives from 43 kilometers to 100 kilometers. The threshold sidelined many European PHEV models and prompted a shift in market strategy, according to executives and foreign media reports.

India sees rising global tech investment as Meta, Reliance and Anthropic deepen AI ties, while EV firms expand, Starlink faces delays, and semiconductor and tablet markets show steady structural growth.

Tsang Yow is preparing to broaden its manufacturing footprint in Malaysia, a move that could help global semiconductor supply chains become more regional, resilient, and tariff-proof. The drivetrain systems maker expects trial production at the new plant before the end of 2026, as demand tied to artificial intelligence and advanced chips reshapes sourcing patterns worldwide.
Taiwanese cathode materials maker Aleees has disclosed an expansion plan to meet North American demand for lithium iron phosphate precursor materials. The move highlights Tesla's broader push to localize its battery supply chain, reduce exposure to China-linked technology and materials risks, and secure upstream capacity for electric vehicle production worldwide.

During a panel discussion between executives and research experts from Bosch, Infineon, Rohm Semiconductor, Nexperia, Wolfspeed, and Omdia at PCIM Europe 2026, one reality was made clear: frictionless, globalized chip manufacturing is ending. While the conversation reflected industry enthusiasm for new applications such as AI servers and industrial motor drives, it was tempered by macroeconomic realities of international trade protectionism, regional resilience mandates, and aggressive tariffs.

Shin-Etsu Chemical plans to build a new rare earth production facility in Fukui Prefecture, aiming to expand domestic smelting capacity and reduce Japan's reliance on China for materials critical to electric vehicle and semiconductor manufacturing equipment, according to Nikkei and Kyodo News.

As electric vehicles (EVs) become increasingly common on Chinese roads, concerns over their safety—particularly battery-related risks—have come under growing scrutiny.
From SK On-linked exports to Tata Agratas buildouts, South Korean equipment suppliers are increasingly supplying full battery production lines in India as the market shifts from planning to early-stage manufacturing.

Qualcomm recently held its 2026 Automotive Technology and Cooperation Summit in Wuxi, Jiangsu province, marking the fourth consecutive year it has hosted a China-focused automotive industry event. At the main forum, Frank Meng, chairman of Qualcomm China, said: "2026 is the year of the agent."

As wide-bandgap (WBG) semiconductors like silicon carbide (SiC) and gallium nitride (GaN) take the lead in electric vehicle (EV) powertrains, electronics packaging engineers are facing a thermodynamic reckoning. To extract maximum performance from these high-frequency, high-efficiency chips, the industry is driving an architectural shift: shrinking inverter volumes, eliminating heavy copper baseplates, and mounting molded power packages directly to liquid-cooled water jackets. However, this high-power-density approach exposes a fragile structural vulnerability. When mismatched materials are bonded under extreme manufacturing conditions, the physics of thermal expansion can tear a high-value power module apart before it ever leaves the assembly line.
Tesla is building its own lithium iron phosphate supply chain as it seeks to compete with China's low-cost battery industry, according to clues in Aleees' public share offering prospectus and industry analysis. The move points to a broader effort to secure batteries, energy storage systems, and other long-term demand drivers while sidestepping Chinese patent barriers.
For years, Detroit's automakers viewed batteries primarily as the key to an electric-vehicle future. Now, as artificial intelligence drives an unprecedented buildout of data centers and strains power grids worldwide, batteries are becoming something else entirely: an energy infrastructure business.