Against the backdrop of the deep integration of the “dual carbon” strategy and Industry 4.0, compressed air, as the core power support for electric vehicle (EV) production, is widely applied in key processes such as frame welding, component stamping, coating and spraying, and assembly lines. Particularly in the battery production link, more stringent requirements are imposed on air source cleanliness, stability, and energy consumption control.
A leading domestic EV manufacturer was confronted with core pain points including distributed multi-factory layout and significant fluctuations in air demand, while maintaining high standards for partners’ practical experience and technical strength in the new energy and lithium battery production fields. Leveraging its “profound industry experience + professional customization capabilities + national service network + stable product quality”, Atlas Copco Bolaite tailored a full-lifecycle solution for air compressor station design and installation from four core dimensions: professional scheme adaptability, after-sales response efficiency, product R&D capability, and low-carbon digital practice. This injected “acceleration” into productivity and escorted the low-carbon and high-speed operation of production processes.
In the initial stage of cooperation, to respond to the enterprise’s demand for verifying technical solutions and implementation experience, Atlas Copco Bolaite quickly coordinated with industry benchmark customers to establish communication channels. Meanwhile, its technical team deeply dissected the scheme design logic, key points of air source cleanliness control, energy consumption optimization principles, and digital management architecture under lithium battery production scenarios. The company gained high recognition from the enterprise through real operational data and mature practical achievements. Abandoning the single equipment supply model, Atlas Copco Bolaite set up a special team to conduct on-site investigations in various factories. Combining the differentiated air demand of different processes, it customized an overall solution covering “core air compressor equipment + post-treatment system + centralized control + preventive maintenance”, achieving precise matching of air supply and demand.
In terms of after-sales service, relying on its national service network, Atlas Copco Bolaite deployed professional service teams and spare parts inventory in the enterprise’s location, effectively solving the operation and maintenance challenges of cross-regional multi-factories. By integrating a digital monitoring system, it realized early warning of equipment failures and remote diagnosis, with most issues resolved quickly online. This significantly improved operation and maintenance efficiency and built a solid guarantee for production continuity.
This cooperation not only efficiently addressed the enterprise’s core demands of large air demand fluctuations and high quality requirements but also became a reliable partner for the enterprise’s digital transformation with remarkable energy-saving results and intelligent management experience. It is not only a strong testimony to Atlas Copco Bolaite‘s technical and service capabilities but also sets an industry model for in-depth collaboration between industrial power equipment and new energy manufacturing enterprises to promote green intelligent manufacturing. In the future, Atlas Copco Bolaite will continue to make efforts to assist more EV manufacturers in advancing steadily on the path of green and high-quality development.
