Core Insights - Cummins has launched a new low-carbon power solution for the non-road market at BICES2025, showcasing its latest achievements in localizing mining power solutions in China to foster a sustainable industry ecosystem [1][4]. Group 1: Localization and Product Development - Cummins has been deeply rooted in China for 50 years, achieving full localization of its high-power mining engines, covering displacement from 19L to 60L and power ranges from 600 to 3000hp, meeting various emission standards [2]. - The company has customized its large-power engines to meet local demands, reducing fuel consumption by an average of 10% and extending maintenance intervals to 1000 hours [2][6]. - The Chongqing Cummins production base has enabled the company to conduct R&D, design, and innovation locally, significantly improving product adaptability to local conditions and reducing costs [2][7]. Group 2: Technological Innovations - Cummins has introduced a range of green power options for the non-road market, including hybrid systems that enhance fuel economy by 10%-30% and extend battery life by over 20% [4][5]. - The new 19L methanol engine represents a significant breakthrough in multi-fuel engine platforms, achieving an 18% reduction in CO2 emissions compared to diesel engines [4][5]. - The company has developed an intelligent hydraulic matching control system for excavators, improving energy efficiency by over 10% through active interaction between the engine and hydraulic systems [4]. Group 3: Service and Support Infrastructure - Cummins has established a comprehensive service network in China, including 28 mining service stations and over 100 on-site technicians, ensuring high equipment availability and reliability [7][8]. - The company has built a local R&D closed-loop system in Chongqing, enhancing the efficiency of product upgrades and technical responses [7]. - The newly launched non-road powertrain research institute aims to create an open collaborative platform for industry innovation, focusing on customized solutions for complex working conditions [8].