Core Viewpoint - The launch of the Boreton 9M145E marks a significant advancement in the mining industry, transitioning from traditional manual driving to a fully autonomous system, representing a pivotal moment in the transformation of mining operations towards a zero-carbon future [1][6]. Group 1: Autonomous Driving Capabilities - The new model features Boreton's self-developed E2E end-to-end intelligent driving system, enhancing operational efficiency and stability across loading, transportation, and discharge processes, particularly in challenging conditions [3]. - Compared to traditional manual driving, autonomous vehicles demonstrate improved performance in night shifts, long distances, and complex terrains, leading to reduced operational fluctuations and increased effective production [3]. Group 2: Dedicated Platform for Autonomous Driving - Unlike traditional vehicles modified for autonomous use, the new model is designed from the ground up as a driverless platform, optimizing structure, safety, and maintenance [4]. - The removal of the driver's cabin reduces operational redundancy and enhances reliability, allowing for immediate deployment in mining operations and significantly lowering deployment costs [4]. Group 3: Systematic Green Mining Solutions - Alongside the new vehicle, Boreton introduced a comprehensive green mining solution that integrates photovoltaic networks, energy storage, charging systems, electric mining trucks, and intelligent scheduling platforms [6]. - This integrated approach enables quantifiable and replicable optimization in energy costs, safety, production rhythm, and emission reduction, driving the green transformation of mining enterprises [6]. Group 4: Industry and Technology Outlook - The global mining industry is undergoing a digital, electric, and automated transformation, with autonomous electric mining trucks poised for rapid growth as they transition from pilot projects to widespread application [7]. - The increasing penetration of photovoltaic and energy storage solutions will enhance the cost advantages of electric mining trucks, while advancements in intelligent perception and multi-modal models will improve the stability and operational capabilities of autonomous systems [7]. Group 5: Long-term Value of Boreton's Approach - Boreton's strategy is seen as more sustainable and competitive due to its dedicated driverless platform, which addresses structural limitations of traditional modifications and enhances operational scalability [8]. - The company's deep self-research in the three-electric system, thermal management, and energy replenishment allows for better synergy between electrification and automation, creating a more favorable cost curve compared to traditional fuel vehicles [8]. - Boreton's end-to-end algorithm system shortens perception and decision-making paths, improving responsiveness in extreme mining conditions, while its comprehensive solutions across energy, equipment, and scheduling enhance overall mining efficiency [8][10].

Core Insights - Boreton Technology Co., Ltd. launched the new generation of unmanned electric mining truck, Boreton 9M145E, marking a significant shift towards fully autonomous mining operations [1][3] - The introduction of this model is seen as a pivotal moment in the transformation of mining production methods, moving from traditional manual driving to large-scale implementation of unmanned systems [1][6] Group 1: Unmanned Driving Capabilities - The new model features Boreton's self-developed E2E end-to-end intelligent driving system, enhancing operational efficiency and stability across loading, transportation, and unloading processes [3][4] - Compared to traditional manual driving, unmanned vehicles demonstrate improved performance in night shifts, long distances, and complex road conditions, significantly reducing operational fluctuations and increasing effective production [3][6] Group 2: Dedicated Platform for Unmanned Driving - Unlike traditional vehicles retrofitted for unmanned operation, Boreton's new model is designed from the ground up as a dedicated unmanned platform, optimizing structure, safety, and maintenance [4][8] - The removal of the driver's cabin allows for a comprehensive optimization of the vehicle's design, enhancing reliability and reducing deployment costs in mining areas [4][8] Group 3: Systematic Green Mining Solutions - Alongside the new model, Boreton presented a systematic green mining solution that integrates photovoltaic networks, energy storage, charging systems, electric mining trucks, and intelligent scheduling platforms [6][10] - This integrated approach enables mining companies to achieve quantifiable and replicable improvements in energy costs, safety, production rhythm, and emission reduction [6][10] Group 4: Industry and Technological Outlook - The global mining industry is undergoing a digital, electric, and automated transformation, with unmanned electric mining trucks entering a phase of accelerated growth [7][10] - Research indicates that the unmanned mining truck market will experience rapid growth in the coming years, driven by cost reductions from electrification and efficiency gains from automation [7][10] Group 5: Long-term Value of Boreton's Approach - Boreton's strategy is considered to have stronger long-term sustainability and competitiveness due to its dedicated unmanned platform, which addresses structural limitations of traditional retrofitting [8][10] - The company's deep self-research in the three-electric system, thermal management, and energy replenishment allows for a synergistic relationship between electrification and unmanned driving [8][10]