The 15th Five-Year Carbon Peak Action Plan, issued in 2026, for the first time designates the textile industry as a key control area, with green electricity direct connection and zero-carbon factories as two core directions. For processes like printing, dyeing, and chemical fiber production that have long relied on fossil fuels, this is no longer an optional upgrade but a hard survival threshold.
Mandatory emission reduction targets force capacity consolidation
The plan sets hard targets for reducing carbon emissions and energy consumption per unit of added value for industrial enterprises above designated size, directly targeting core processes such as printing, dyeing, chemical fiber synthesis, and spinning. These processes consume large amounts of coal and natural gas annually and are key control points for carbon reduction. New or renovation projects must implement carbon emission reduction replacement, meaning the traditional path of using high energy consumption for capacity expansion is completely closed. Factories relying on extensive production methods will face capacity restrictions or even elimination if they fail to complete energy-saving transformations within the next few years.
Green electricity direct connection breaks energy structure bottlenecks
Energy structure innovation is the core breakthrough of this policy. The state encourages industrial parks to build source-grid-load-storage integrated projects, opening direct channels for green electricity so manufacturers can directly access clean power from renewable energy stations. Compared to traditional power purchasing models, green electricity direct connection not only retains full traceability certificates for power, meeting export companies' carbon footprint accounting and EU carbon tariff compliance needs, but also reduces multi-layer transmission and distribution surcharges, lowering long-term power costs for enterprises. The improvement of supporting energy storage facilities and virtual power plant dispatch mechanisms enables textile factories to store green electricity during off-peak hours, achieving peak shaving and stable production. For textile clusters in regions rich in wind power like Jiangsu and Shandong, this is a win-win opportunity to reduce both operating costs and compliance risks.
Zero-carbon carriers become industry upgrade models
The plan proposes building hundreds of national-level zero-carbon carriers during the 15th Five-Year Plan period, including zero-carbon factories and zero-carbon industrial parks. Leading enterprises have already launched demonstration projects in Jiangsu and Shandong, relying on regional wind power resources to build factory-wide green electricity supply systems, supported by digital energy and carbon management systems that monitor energy consumption and carbon emission data in real time. Closed-loop low-carbon production models such as wastewater recycling, solid waste regeneration, and waste heat recovery significantly reduce the carbon footprint per unit product. For industrial clusters, the advantages of uniformly planned zero-carbon parks are more prominent: centralized photovoltaic power station deployment, unified green electricity procurement, and coordinated recycling channels for waste textiles. The mutual utilization of waste heat and scraps among upstream and downstream enterprises greatly reduces the capital and technical pressure on small and medium factories to upgrade independently. Regenerated fibers and recycling of waste fabrics are included in key support tracks, giving the textile industry a unique transformation advantage over other industrial sectors.
Policy support lowers transformation barriers
To alleviate enterprises' cost concerns over low-carbon transformation, the policy includes 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 certificates from clean power can be used for carbon emission offsets, opening 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 launch green transformation loans with preferential interest rates for photovoltaic, energy storage, and zero-carbon workshop projects. Industry carbon footprint and emission limit standards are being accelerated, and third-party carbon management services are becoming widespread, allowing small and medium enterprises to complete basic work like energy monitoring and carbon data reporting without high costs.
Competitive landscape reshaped: Green capacity determines long-term ceiling
As policy dividends continue to be released, the market competition logic in the textile industry is changing. New factories and production lines will standardize photovoltaic energy storage and green electricity access systems in the future. Coal will gradually exit core production processes, and green manufacturing will deeply integrate with digital intelligence. Market stratification will become more pronounced: leading enterprises with zero-carbon workshops and complete carbon management systems can stably secure high-end overseas orders and enjoy fiscal, tax, and financial policy preferences. Meanwhile, small and medium factories that fail to upgrade energy efficiency and lack clean energy deployment will face dual pressures from carbon quotas, environmental production limits, and overseas order losses. Since the dual-carbon strategy was advanced, low-carbon has long ceased to be an optional promotional label for enterprises—it is now a hard foundation for survival and development.