一汽-大众获评2025中国工业碳达峰“领跑者”企业

Core Viewpoint - FAW-Volkswagen has been recognized as a "Leader" in carbon peak achievement in the industrial sector at the 2025 China Industrial Carbon Peak Forum, standing out among 97 renowned enterprises in China [1] Group 1: Company Achievements - FAW-Volkswagen's planning department has led various key initiatives in green development, collaborating with human resources and production sectors to achieve significant results [3] - The company has implemented smart low-carbon technology upgrades in its painting process, reducing carbon emissions by 8,521 tons annually, and is the only automotive enterprise included in the National Development and Reform Commission's list of typical cases for Sino-European green low-carbon development cooperation [4] - The low-temperature degreasing cavitation technology has achieved an annual carbon reduction of 1,540 tons and is listed in the National Key Promotion Directory of Low-Carbon Technologies by multiple ministries [4] Group 2: Clean Energy and Materials - FAW-Volkswagen has achieved a 51% share of clean electricity in its external base photovoltaic construction, with all production bases now utilizing 100% clean electricity [4] - The company has signed green steel agreements with seven steel manufacturers, planning to use low-carbon steel in models like the Audi A5L by 2025 and aiming for full vehicle adoption of green steel by 2030 [4] Group 3: Product Certifications and Standards - The Audi A5L has received low-carbon leader certification and a Level 1 carbon label, while the Magotan B9 has achieved a C-GCAP low-carbon five-star certification [4] - FAW-Volkswagen has empowered 414 personnel through annual carbon accounting and reduction training, contributing to the development of three carbon footprint group standards, filling industry gaps [4] Group 4: Future Goals - The planning department aims to achieve 100% completion of product carbon footprint accounting and low-carbon brand certification, targeting a 29% reduction in carbon emissions across the entire lifecycle by 2030 [5]