When "energy efficiency" and "carbon efficiency" are listed together for the first time in a national leader selection, the textile and chemical fiber industry faces a mandatory challenge that will define competitive positions for the next five years. The 2026 recommendation program for energy and carbon efficiency leaders has officially commenced, covering 43 sub-sectors including cotton, chemical fiber and blended woven fabrics, knitted fabrics, yarns, viscose staple fiber, and polyester filament. The scope and requirements are more stringent than ever.
Background
The program is jointly organized by the Ministry of Industry and Information Technology, the National Development and Reform Commission, and the State Administration for Market Regulation, following the State Council's "15th Five-Year Carbon Peak Action Plan" which emphasizes deepening the energy and carbon efficiency leader system. The most notable change is the separate creation of carbon efficiency leaders for the first time, initially covering five sectors: electrolytic aluminum, cement clinker, synthetic ammonia, ethylene, and methanol. Although textiles and chemical fibers are not yet in the carbon efficiency list, the energy efficiency application conditions already embed carbon-related requirements, such as a threshold of 26,000 tonnes of CO2 equivalent annually and a mandatory green electricity consumption ratio not lower than the 2025 regional renewable energy consumption responsibility weight.
Higher application thresholds mean that energy efficiency leaders are no longer just champions in low energy consumption per unit product; they must also meet multi-dimensional requirements including energy management systems, measurement systems, carbon accounting, and green power usage. Enterprises must establish carbon footprint accounting rules based on national or group standards and calculate CO2 emissions during production. The three ministries will conduct expert reviews, with no more than five leaders per sector, indicating intense competition.
Industry Impact
For textile enterprises, this policy sends a clear signal: decarbonization is no longer an image project but a hard threshold for entering national recommendation lists, gaining policy support, and accessing green finance. In the past, energy-saving renovations in textiles focused on equipment upgrades and process optimization. However, the introduction of carbon efficiency requires enterprises to establish full-chain carbon management capabilities from energy input to product output. Especially for export-oriented chemical fiber and fabric companies, carbon footprint accounting capabilities will directly affect their competitiveness in international green supply chains.
From an industrial cluster perspective, leading enterprises in Keqiao, Shengze, and Nantong have accumulated experience in data collection and accounting due to early exposure to overseas customers' carbon audits, giving them a first-mover advantage. Meanwhile, small and medium-sized factories lacking energy management systems and measurement systems may struggle to catch up and risk being excluded from top-tier competition. This divergence will accelerate industry consolidation and phase out outdated capacity.
Another important transmission chain is green electricity. The application requirements specify green power consumption ratios, compelling enterprises to increase green power trading or install distributed photovoltaic systems. For an electricity-intensive industry like textiles, green power premiums will directly raise production costs, but they also create relative cost advantages for those who have already deployed rooftop solar or signed long-term green power agreements. It is foreseeable that energy procurement strategies in the textile industry will undergo fundamental changes over the next three years.