#为什么是中国# #WhyChina# The Global Logic of China's Economic Growth in the First Half of 2026: A 4.7% GDP Increase 2026年上半年GDP增长4.7%：中国经济增长的全球逻辑 According to the latest semi-annual report, China's gross domestic product (GDP) reached 69.6 trillion yuan, representing a year-on-year increase of 4.7% at constant prices, in line with the annual growth target. Against a backdrop of intertwined international complexities and volatilities, China's economic performance is commendable. Yet, a closer look at the data reveals that the logic underpinning China's economic growth is being reshaped. (I) At the Industry Level, Notable Highlights Emerge: First, new quality productive forces are being cultivated and strengthened at an accelerated pace.** In the first half of the year, industrial production grew robustly. The value-added output of the equipment manufacturing sector increased by 9.3% year-on-year, and that of high-tech manufacturing grew by 13.3%, both outpacing the overall growth rate of industrial output above a designated scale. This underscores a clear trend toward a high-end, intelligent, green, and integrated industrial structure. Looking at specific products, the output of 3D printing equipment, lithium-ion batteries, industrial robots, and other products emblematic of new quality productive forces surged. The average daily token call volume has reached hundreds of trillions, showcasing the vitality and potential of the digital and intelligent economies. Second, new growth drivers are accelerating to take on a leading role. Preliminary estimates suggest that new growth drivers—encompassing high-end manufacturing, the digital economy, and modern services—contributed over 40% to economic growth in the first half of the year. The economy's distinct shift toward a higher quality and more optimized structure is evident, and this overall trend is accelerating. For instance, industries related to artificial intelligence, such as integrated circuit manufacturing and intelligent vehicle equipment manufacturing, have all maintained high growth rates exceeding 30%, vividly illustrating the pace of China's industrial upgrading. Third, confidence on the investment front is on the rise. In the first half of the year, investment in high-tech industries grew by 4.6% year-on-year. Notably, investment in the manufacturing of aircraft, spacecraft, and equipment, computer and office equipment manufacturing, and information services grew by 23.3%, 8.1%, and 15.5%, respectively. Investment structure best reflects market expectations. The increasing "new economy content" in investments signals an acceleration in the replacement of old growth drivers with new ones. Investment in intellectual property products grew by 9.4%, indicating that enterprises are placing greater emphasis on R&D and innovation. This suggests that technological advancement is not simply about capacity expansion but about qualitative change driven by innovation. (II) Observing a Major Economy Requires Looking Beyond the Immediate Figures to the Long-term Trajectory. Behind the "new economy content" of the semi-annual report lies China's ongoing transformation from a global manufacturing hub to a global center of innovation. At the 17th Annual Meeting of the New Champions (Summer Davos), observers noted a new phenomenon: a host of unicorn companies are heading to China. They are establishing R&D centers, regional headquarters, and deeply integrating into China's innovation and industrial chains—shifting from "produced in China" to "created in China." So, why China? Economist Justin Yifu Lin, in his book *Demystifying the Chinese Economy, touched upon the theory of the "speed of technological change." He argues that the essence of the industrial revolution is not just the application of new technologies, but more fundamentally, the ever-accelerating pace of technological change. Since the mid-18th century, starting with the steam engine reshaping the textile industry, the snowball of technological change has grown, rapidly sweeping through industries like chemicals and automobiles, ultimately redrawing the geographical map of great power competition. Looking at China today, the trajectory of accelerating technological change is equally clear. A leading enterprise can drive an entire industry, which in turn can boost a whole region. These burgeoning industrial clusters, growing from saplings to forests, not only enhance production efficiency and invigorate market vitality but also effectively improve development quality and resilience. For example, specialized and sophisticated "little giant" enterprises above a designated scale in Beijing, through deep cultivation of innovation chains, supply chain collaboration, and international expansion, have become "connecting points" and "accelerators" for the dual circulation strategy. More importantly, emerging industrial clusters possess powerful spillover effects. The rapid rise of new energy vehicles is not only reshaping the automotive industry but also driving transformations in chips, software, and energy networks, allowing more sectors to gain value from efficiency improvements. The swift advancements in AI and biomedicine are sparking a "gentle qualitative change" in people's livelihoods, significantly enhancing the sense of fulfillment and well-being through smarter, more affordable products and more livable environments. (III) Looking from the First Half to the Full Year, China's Development Momentum Remains Positive. Of course, during this critical period of transitioning between old and new growth drivers, China's economy still faces lingering issues and new challenges. Some core areas are still grappling with "bottleneck" technologies, certain high-tech industries face external risks of "decoupling" and supply chain disruptions, and "involution"-style competition affects the new energy market ecosystem. However, most of these are issues arising from development and transition, and they can be addressed with effort. The supporting conditions and fundamental trends for long-term economic improvement remain unchanged. China's economic journey toward a newer, higher-quality model is itself a process of encountering new problems and solving them along the way. By maintaining confidence, proceeding steadily, and balancing both qualitative improvements and quantitative growth, China's industries are poised to be brimming with dynamism, and the Chinese economy will continue to advance steadily and sustainably. #China# #Jiangxi# #JiangxiEconomy# #世界经济看中国# #赣出新精彩#

隐藏式车门把手给电动汽车（EV）带来更简洁的外观和更低的风阻，却可能在断电后成为逃生障碍。《Life in the FAST LANE.》作者JUN转述CarNewsChina报道称，中国国家市场监督管理总局公布了特斯拉、吉利、小米等车企提交的大规模召回计划。该文称，问题不在日常开门，而在事故断电时，乘员和救援人员能否迅速找到并操作应急机械式车门把手。 JUN解释，许多新车型平时依靠电子门锁（e-ラッチ）开门。一旦碰撞损坏或切断低压（12伏）电源系统，电子门锁将失效，乘员只能使用通过机械拉索连接的应急机械式车门把手。 该文称，部分车型为了保持内饰简洁，把这种机械装置藏在车门储物格深处，或做成与内饰面板相同的颜色。在烟雾弥漫、时间紧迫的事故现场，乘员和救援人员可能难以迅速发现并操作它。 JUN转述的报道还把一宗小米SU7碰撞起火事故视为监管转折点：报道声称，车内三名大学生没有找到藏在车门面板储物区内的应急机械式车门把手，未能逃生并死亡；并称此事引发当局严格调查及多家车企召回。该页面列出的一篇相关文章标题同时提到驾驶员有酒驾嫌疑，但本篇正文没有提供调查结论或更多细节。 该文列出的召回范围显示，特斯拉中国生产的Model 3和Model Y涉及2,975,910辆，进口Model 3、Model X和Model S涉及46,041辆；小米SU7涉及390,435辆，零跑汽车C01和C11涉及371,200辆，小鹏多款车型涉及264,842辆。文章同时注明，比亚迪未被列入这份召回计划名单。 据JUN介绍，基本处置方式不是更换硬件部件，而是免费加贴警示标签，让应急机械式车门把手的位置更加醒目。部分车辆还将接受远程软件更新（OTA）：系统检测到严重碰撞后自动降下侧窗，为车内逃生和外部救援增加通道。 文章称，中国工业和信息化部已制定车门把手安全技术标准（Technical Requirements for Automobile Door Handle Safety），并宣布于2027年1月正式施行。新标准将要求所有车门配备断电后仍能从外部手动解锁、开启的外部机械式车门把手；车内的应急机械式车门把手必须与内饰形成明显色差，并设在距离车门边缘300毫米以内。 JUN据此认为，这次召回暴露的不是单一零件故障，而是极简外观和空气动力性能压过直观逃生设计后形成的系统性风险。该文明确判断，中国的新要求将迫使特斯拉等全球车企从根本上重新审视完全隐藏式和弹出式车门把手，相关改动也不会只限于中国市场。