When carbon efficiency becomes a selection criterion alongside energy efficiency, the green transformation of the textile industry is no longer just a slogan. The 2026 national recommendation for energy and carbon efficiency leaders has officially launched, adding carbon efficiency leaders for the first time and including textile sub-sectors such as cotton, chemical fiber and blended woven fabrics, knitted fabrics, yarn, viscose staple fiber, and polyester in the energy efficiency leader scope. This means textile enterprises' energy consumption and carbon emissions will face national-level benchmarking for the first time.
Policy Signal: Upgrade from Energy to Carbon Efficiency
The recommendation is jointly organized by the Ministry of Industry and Information Technology, the National Development and Reform Commission, and the State Administration for Market Regulation, based on the State Council's '15th Five-Year' Carbon Peak Action Plan. The carbon efficiency leader category is an innovation on the existing energy efficiency leader system. The first batch covers five industries: electrolytic aluminum, cement clinker, synthetic ammonia, ethylene, and methanol. Although textiles are not in the first carbon efficiency batch, the energy efficiency scope clearly includes multiple textile sub-sectors, and the application thresholds already embed carbon emission requirements.
Notably, applicants must have annual energy consumption exceeding 10,000 tons of standard coal or annual CO2 emissions exceeding 26,000 tons CO2 equivalent, and unit product energy efficiency must reach the national mandatory standard level 1 or benchmark level. Additionally, green electricity consumption ratio must not be lower than the regional 2025 renewable energy total consumption responsibility weight. These hard indicators mean that textile enterprises' green competitiveness is no longer determined by slogans but by quantifiable energy and green power data.
Industry Impact: Dual Pressure on Textile Enterprises
The policy signal is clear: energy efficiency benchmarking has become an invisible threshold for industry access. Cotton, chemical fiber and blended woven fabrics, knitted fabrics, and yarn are explicitly named, indicating that authorities regard textiles as a key energy-consuming industry. From the supply chain perspective, chemical fiber (viscose staple fiber, polyester) segments have high energy intensity, and dyeing and finishing segments are carbon-intensive, making these enterprises the first to face pressure.
For buyers, the leader list will become an important reference for green supply chain procurement. In the future, listed enterprises may gain priority in order acquisition, financing, and government project applications, while non-compliant enterprises may face order loss or rising costs. For factories, establishing energy management and measurement systems (GB/T 23331, GB/T 19022) and equipping online energy monitoring systems are not only compliance requirements but also tools for cost reduction and efficiency improvement—complete energy metering helps identify high-energy processes and optimize production scheduling.