On October 28, at the opening ceremony of the 33rd China Automotive Engineering Society Annual Conference and Exhibition (SAECCE 2026), Deputy Secretary-General of the China Automotive Engineering Society and Executive President of the National Auto Strategy Institute, Zheng Yali, on behalf of the China Automotive Engineering Society, officially released the "Top 10 Automotive Technology Trends for 2027." Ten cutting-edge technologies made the list - among them 400Wh/kg solid-state batteries, high-level autonomous truck platooning and metal 3D printing - setting the main markers for automotive technology innovation in the year ahead. As a key release at the China Automotive Engineering Society Annual Conference, "Top 10 Automotive Technology Trends" has become an essential reference for industry insights into technological transformation, strategic direction, and research and development strategy. This year's selection focused on three dimensions: emerging technologies poised for significant breakthroughs, key technologies entering the production application phase, and mature technologies expected to see significant growth in application scale. Here are the Top 10 Automotive Technology Trends for 2027: Trend 1: Solid-state batteries with a single cell energy density of 400 Wh/kg enter the pilot production phase. Trend 2: High-safety-grade RISC-V automotive MCUs enter the mass production year. Trend 3: Integrated vehicle motion control technology will accelerate into widespread use. Trend 4: V2G can provide more than one million kilowatts of reverse flexible regulation capacity per day on average. Trend 5: Large magnesium alloy integrated die-cast body castings will see small-scale application. Trend 6: High-level autonomous truck platoons enter demonstration operations at a thousand vehicles. Trend 7: Engineering validation of distributed in-wheel motor drive is speeding up across the board. Trend 8: On-device cabin AI models in mainstream production cars move past 14B parameters. Trend 9: Connected assisted driving moves from demonstration and validation to small-scale factory fitment. Trend 10: Metal 3D printing technology will achieve breakthroughs in materials, design, and efficiency.