Chinese energy storage players are going all in on the AI data center market, as intense domestic competition has caused falling profit margins from traditional storage projects. The booming token economy is changing the role of AI data center energy storage from simply backup power to a core element of computing power.
Driven by the rapid shift toward automotive electronics and electrification, Europe moved earlier than the United States to localize lithium battery production. Yet the region's ambitions have been sharply scaled back. Plans unveiled in 2023 projected battery manufacturing capacity of roughly 2,000 gigawatt-hours by 2030, but current estimates have been revised down to about 1,200 gigawatt-hours, effectively cutting the original blueprint nearly in half.
Compal Electronics has officially registered its Sylux brand in the US, marking a key milestone in accelerating its automotive business, as the company aims to grow non-PC revenue to 40% in 2026, with automotive components forming a major focus in this strategic shift.
Innolux subsidiary CarUX completed its merger with Pioneer on December 1, 2025, combining their visual and acoustic expertise to accelerate next-generation in-car innovation. The combined entity has unveiled a deeply integrated smart cockpit simulation system at Touch Taiwan 2026 (April 8-10, Taipei Nangang Exhibition Center), positioning it as a blueprint for future in-car user experiences.
Ai.R, a robotaxi service jointly launched by Chinese autonomous driving firm WeRide and Southeast Asian super-app Grab, has began public operations in Punggol, Singapore. The launch offers global observers an example of urban autonomous mobility scaling from trials to community service, with implications for regulation, workforce transition, and regional deployment strategies.
The global adoption of advanced driver-assistance systems, or ADAS, and autonomous vehicles is expected to rise from 66 percent in 2025 to 94 percent by 2035. Within that growth, Level 2 systems are projected to reach a 65 percent penetration rate. But the technological path toward higher levels of autonomy is beginning to diverge.
Recently, the American Institute in Taiwan (AIT) has made a series of unusually high-profile appearances at promotional events for US automakers such as Jeep and Ford. The rare visibility has drawn intense attention from both industry insiders and market observers alike — and for good reason. With the first quarter of 2026 marking the official conclusion of automotive tariff negotiations under the Taiwan–US trade agreement, these diplomatic gestures now carry significance far beyond simple brand endorsement. They signal a new era of "structural transformation" in Taiwan–US automotive cooperation.
In the era of software-defined vehicles (SDVs), the automotive industry faces a fundamental tension: while a car's mechanical structure can last 15 years or more, its digital computing and communication technologies evolve on a 3-to-5-year cycle.
LG Energy Solution has introduced a new "double stack" manufacturing process for prismatic batteries to be supplied to Tesla, according to South Korea's The Elec, as the battery maker expands US production for grid-scale energy storage.
Taiwan's auto market showed strong momentum in March 2026, with total vehicle registrations reaching 39,318 units — a sharp 78.4% jump from February — signaling a broad post-Lunar New Year rebound in consumer demand. That explosive monthly growth, alongside first-quarter 2026 totals, highlights significant structural shifts underway.
The French government will provide about EUR1.5 billion (US$1.7 billion) in subsidies to support Taiwanese startup ProLogium Technology's new factory construction in France. According to Nikkei, this move signals France's accelerated efforts to attract electric vehicle (EV) battery manufacturers and marks a shift from its previous "self-reliance" industrial policy focused on EU-based companies.
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