Recently, the Ministry of Industry and Information Technology announced the list of green factories in 2025, and Jingao (Yangzhou) New Energy Co., Ltd. (Hereinafter referred to as "Yangzhou Company") was successfully selected, marking that Jingao has been recognized by the national authority in the field of green manufacturing and sustainable development. The evaluation system of "
Green Factory" covers many key dimensions, such as low-carbon energy, efficient resources, clean production, green products and intensive land use. Under the escort of the systematic green management system, Yangzhou Company has made steady progress in the special evaluation of basic management, intelligent information management system of energy and carbon emissions, and carbon offset . It is better than energy consumption quota requirements at all levels in terms of total energy consumption and intensity performance, and has come out of an advanced manufacturing path of green, low-carbon and circular development. The selection of
"Green Factory" is led by the Ministry of Industry and Information Technology, and the provincial industrial and information authorities select the advanced manufacturing enterprises in accordance with the principle of "selecting the best from the best, rather than abuse", aiming at selecting the advanced manufacturing enterprises that realize the green and low-carbon transformation in an all-round way . The selected enterprises need to reach or surpass the advanced level of the industry in various indicators, representing the frontier level and demonstration direction of China's industrial green development. This evaluation is a full affirmation of Yangzhou Company's long-term practice of green low-carbon development concept and systematic promotion of green manufacturing system construction achievements.
Yangzhou Company continues to practice green and low-carbon management, and this evaluation is the result of its accumulation.
In terms of low-carbon energy, a distributed photovoltaic power generation system has been built in the plant area, with an average annual power generation of more than 22 million kilowatt-hours, to meet part of the production demand for electricity; The waste heat recovery system of the production line was innovatively introduced to convert the heat energy generated in the process into heating, which reduced the consumption of standard coal by about 3000 tons per year and significantly reduced carbon emissions. In addition, the intelligent energy management platform (EMS) built by the company realized the real-time monitoring and optimization of energy consumption and carbon emissions, which reduced the overall energy consumption intensity by 15% year on year.
In terms of resource efficiency , Yangzhou Company has implemented a high-standard water resources recycling project, through rainwater collection and process water-saving transformation, the water consumption per unit product is reduced by an average of 30% compared with the industry. At the same time, the company has established a green supply chain management system covering all links, giving priority to the selection of environmentally friendly materials and recyclable packaging, and optimizing the logistics path to reduce the overall carbon footprint .
Yangzhou Company has passed the audit of Nande Certification and Testing (China) Co., Ltd. in 2024 and obtained the four-star certification of Zero Carbon Factory (Type I), becoming the first zero carbon factory in Yangzhou City. The re-award of the national green factory title means that Yangzhou Company has formally established a sustainable development pattern of "zero carbon + green" double certification, which not only provides replicable experience for the green transformation of local manufacturing industry, drives the upstream and downstream of the industrial chain towards sustainable development, but also promotes the green and high-quality development of regional industry. To contribute to the core strength of photovoltaic enterprises for the national "double carbon" target landing.
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