【 Phenomenon 】 In the Ordos Zero Carbon Industrial Park in Inner Mongolia, rows of blue photovoltaic panels shine brightly in the sunlight. Six 182 meter towers and 5-megawatt wind turbines stand in the wind day and night, and each rotation of the blades can produce 30 kilowatt hours of green electricity. The proportion of green electricity used by enterprises is close to 70%, and the recycling rate of wastewater reaches 95%. Not long ago, the National Development and Reform Commission, the Ministry of Industry and Information Technology, and the National Energy Administration issued a notice on the construction of zero carbon parks, drawing a clear "roadmap" for the construction of zero carbon parks. The so-called "zero carbon park" refers to a park that reduces the carbon dioxide emissions generated by production and living activities in the park to a "near zero" level through planning, design, technology, management, and other methods, and has the conditions to further achieve "net zero". As an important platform for the development of industrial economy and the creation of social employment, the park is also a major contributor to energy consumption and carbon emissions. Building a batch of zero carbon parks under the background of the "dual carbon" goal is conducive to guiding industries to deeply reduce carbon emissions and promoting high-quality development of parks. It marks that China's green transformation process is moving from single point innovation to system innovation and standard innovation. The core indicator for the construction of zero carbon parks is "carbon emissions per unit of energy consumption", which refers to the amount of carbon dioxide emitted for each ton of standard coal consumed in the park. This is an important indicator for measuring energy utilization efficiency and environmental protection level. The high standards of zero carbon or near zero carbon determine that the construction of such parks is a highly innovative and challenging systematic engineering and long-term work. Behind this, it is inseparable from the optimization of the industrial structure of the park and the transformation of production organization methods. The "green to green" model of consuming green energy, applying green technology, and manufacturing green products is an important path. Realizing zero carbon production requires technological support, which in turn can become a "nursery" for nurturing new technologies and stimulating "new forces". In Wuxi, Jiangsu, Langxin Technology Industrial Park integrates 3D twins and AI big data analysis through its independently developed "Energy Carbon Brain" platform, achieving efficient utilization and flexible allocation of energy. The annual carbon reduction is equivalent to the carbon dioxide absorption of over 1000 acres of park in one year. In the Guangdong (Yangjiang) Green Energy Demonstration Industrial Park, Oriental Cable has developed the world's first 500 kV AC three core submarine cable, which saves 30% of sea area and reduces installation costs by 20% compared to traditional single core solutions. The process of moving towards the green, pursuing the green, and improving the "green content" of development is the process of polishing the foundation of high-quality development, vividly proving that "new quality productivity itself is green productivity". As an important lever for achieving carbon neutrality, promoting the construction of zero carbon parks and zero carbon factories contains a dialectical approach to transformation and development. Subtraction is done to better perform addition. As one of the first zero carbon parks established in the province, Yunnan Anning Industrial Park insists on freeing up development space for competitive green and low-carbon enterprises, and promoting the clustering and high-end development of industries such as green petrochemicals and new energy batteries through chain building, extension, and supplementation. Integrating the concept of green development into various fields and links such as enterprise production, park construction, and daily travel reduces resource consumption and environmental impact, while enhancing development momentum and people's well-being. Calculating ecological accounts means calculating economic accounts well. The introduction of a distributed photovoltaic power generation project in Xiangyu Comprehensive Bonded Zone, Xiamen, Fujian not only achieves self-sufficiency in green electricity, but also generates an annual revenue of 4 million yuan from the sale of surplus electricity online. Since the cessation of deforestation in the Daxing'anling Mountains, the increasingly better natural ecology has attracted tourists, and the planting and breeding industry under the forest has become increasingly popular. The saying 'you can still get rich without cutting down a tree' has become a reality. A good ecological environment itself contains infinite economic value. To shape new opportunities and advantages through green and low-carbon development, the key lies in the mindset, which is to identify and steadfastly move forward. From zero carbon parks to zero carbon cities, from Qinghai's first "zero carbon village" borrowing "light" to generate gold, to the first "zero carbon island" in the Yangtze River Basin being put into operation, the zero carbon concept has become a visible and tangible vivid practice in more and more places. By activating development momentum through green transformation and adding color to a better life, more touching chapters are being written, and more win-win stories are being written. (New Society)