In 2026, the 15th Five-Year Carbon Peak Action Plan was officially rolled out, explicitly targeting the textile industry as a major energy consumer and polluter. The policy has moved beyond encouragement to set mandatory emission reduction targets: carbon emissions and comprehensive energy consumption per unit of value-added for industrial enterprises above designated size must decline, and new or expanded high-energy-consuming projects must implement carbon emission reduction replacement. This marks the end of the traditional path relying on high energy consumption for capacity expansion, pushing the entire industry into a hard-core emission reduction phase.
Energy Structure Innovation: Green Electricity Direct Connection as a Core Breakthrough
The policy's energy structure innovation precisely addresses pain points in textile clusters: high electricity costs and difficulty in accessing clean power. It encourages building large-scale wind and solar bases, offshore wind farms, and on-site distributed photovoltaic systems, and establishes green electricity direct connection channels, enabling manufacturers to directly access clean power from renewable energy stations. Compared to traditional power purchase models, green electricity direct connection not only retains complete power traceability credentials, meeting export companies' carbon footprint accounting and EU carbon tariff compliance needs, but also reduces additional transmission and distribution fees, lowering electricity costs in the long run.
Supporting energy storage facilities and virtual power plant dispatching mechanisms are being improved, allowing factories to store green electricity during off-peak hours for peak shaving. Retrofit pathways such as phasing out coal-fired boilers, recovering waste heat, and integrating green hydrogen production are also receiving clear support, reducing coal consumption at the source. For core processes like printing and dyeing setting and chemical fiber synthesis, these measures will directly change their energy consumption structure.
Zero-Carbon Carrier Construction: Dual Efforts in Parks and Factories
Building zero-carbon parks and standardized zero-carbon factories is a key lever for industrial upgrading. The plan proposes to establish hundreds of national-level zero-carbon carriers during the 15th Five-Year Plan period. Leading companies have already set examples: chemical fiber and knitting enterprises in Jiangsu and Shandong have built full-factory green electricity supply systems using regional wind power, equipped with digital energy and carbon management systems to monitor real-time energy consumption and carbon emissions, and integrated wastewater recycling, solid waste regeneration, and waste heat recovery systems to form a closed-loop low-carbon production model.
At the industrial cluster level, uniformly planned zero-carbon parks offer greater advantages. They centrally install photovoltaic power stations, purchase green electricity uniformly, and establish channels for recycling waste textiles, enabling upstream and downstream enterprises to exchange waste heat and by-products, significantly reducing the capital and technical pressure on small and medium factories. Recycling of regenerated fibers and waste fabrics is included as a key support track, giving the textile industry a unique carbon reduction advantage over other industrial sectors.
Supporting Policies and Cost Concerns: Diversified Support Mechanisms
To alleviate corporate concerns about low-carbon retrofit costs, the policy provides diversified support mechanisms. The national carbon market expands to cover upstream sectors like chemical fiber, and green electricity and green certificate trading are normalized. Emission reduction credentials from clean power can be used for carbon emission offsets, opening up green revenue channels for enterprises. On the fiscal side, special funds for low-carbon transformation are established, along with tax breaks for energy-saving and carbon-reducing measures. Financial institutions offer green transformation loans with favorable interest rates for photovoltaic, energy storage, and zero-carbon workshop projects.
Industry carbon footprint and carbon emission limit standards are accelerating, and third-party carbon management services are becoming widespread. Small and medium enterprises can complete basic tasks like energy consumption monitoring and carbon data reporting without high costs. These measures aim to lower the threshold for transformation, enabling more companies to participate in green upgrades.
Competition Landscape Reshaping: Green Transformation Determines Long-Term Potential
As policy dividends are released, the market competition logic in the textile industry is changing. Future new factories and production lines will be equipped with photovoltaic storage and green electricity access systems as standard. Coal will gradually exit core production processes, and green manufacturing will deeply integrate with digital intelligence. Market stratification will become more pronounced: leading companies with zero-carbon workshops and complete carbon management systems can stably secure high-end overseas orders and enjoy fiscal, tax, and financial policy preferences. In contrast, small and medium factories that fail to retrofit or lack clean energy layouts will face increasing pressure from carbon quotas, environmental production limits, and loss of overseas orders.
Since the dual-carbon strategy was promoted, low-carbon has shifted from an optional label to a hard survival requirement. The 15th Five-Year carbon peak battle has fully begun. Enterprises must rely on green electricity direct connection to optimize energy structure, implement zero-carbon factories to improve low-carbon systems, and build a circular economy across the entire chain. This is the core path to break through high-carbon development bottlenecks. Seizing this policy window to complete capacity green upgrades will not only respond to national deployment but also secure a stable position in increasingly stringent global green trade rules.