Core Insights - The 7th China-Arab States Expo showcased Ningxia Erquan New Energy Vehicle Manufacturing Co., Ltd. (Erquan Auto) as a key player in the fields of new energy specialty vehicles and intelligent driving, gaining significant attention for its innovations [1][3] - The expo serves as a critical platform for deepening economic cooperation between China and Arab countries, focusing on trade collaboration and technological integration [3] Company Highlights - Erquan Auto presented its latest achievements in unmanned specialty vehicles and high-end intelligent equipment, particularly highlighting its self-developed unmanned cleaning vehicle equipped with advanced solid-state LiDAR technology for comprehensive environmental perception [4] - The company has made progress in integrating electric drive systems with autonomous driving algorithms, achieving energy consumption optimization and enhancing data transmission efficiency through a 1Gbps Ethernet architecture [4] - Erquan Auto's strategic partnerships with companies like Kaiwo Automotive Group and Guangzhou Xingcheng Intelligent have facilitated the development of a universal platform and intelligent driving products, aiming to expand applications in various sectors such as sanitation and logistics [4] Industry Trends - The company is committed to "green intelligent manufacturing," focusing on the electrification, intelligence, and lightweight upgrades of specialty vehicles, contributing to the development of the Ningxia automotive industry [5] - With the increasing urbanization and smart construction demands in Arab countries, Erquan Auto's products meet international standards and possess strong application capabilities, providing new opportunities for Chinese intelligent equipment manufacturers in international markets [7] - The future strategy of Erquan Auto includes a deep integration of autonomous driving and electric specialty vehicles, enhancing competitiveness in the global market and injecting new technological momentum into China-Arab cooperation [7]