On July 23, 2026, the National Development and Reform Commission and the National Energy Administration jointly issued the 15th Five-Year Plan for Renewable Energy Development, marking a shift from policy advocacy to systematic implementation. For the textile industry, this is more than a milestone in national energy transition—it represents a structural reshaping of energy costs in dyeing, printing, and chemical fiber production, where energy accounts for 15–30% of total costs.
Core Policy: Four Targets and Seven Tasks
The plan defines four main targets: total volume, power generation, non-electric utilization, and reliable substitution. It also outlines seven key tasks, with expanding renewable energy power supply as the top priority. This signals a significant increase in grid-connected wind and solar capacity over the next five years, fundamentally altering the power supply structure.
For the textile industry, the direct impact channel is electricity pricing. As the share of renewable energy rises, green electricity premiums and volatility in market-based trading will redefine factory energy cost curves. The old model of stable, low-cost thermal power is giving way to a more complex but policy-favored green power procurement landscape.
Industry Chain Transmission: Dyeing and Chemical Fiber First
In textile manufacturing, dyeing and finishing processes have energy costs typically accounting for 15–30% of total production expenses, while chemical fiber is even higher. These processes require continuous, rigid demand for steam and electricity, making them highly sensitive to energy policy changes.
The plan’s emphasis on “non-electric utilization” means alternative energy sources like biomass and geothermal will accelerate in industrial heating. For dyeing clusters such as Shaoxing Keqiao and Wujiang Shengze, this implies that centralized heating systems may gradually shift to renewable heat sources, requiring factories to evaluate equipment compatibility and retrofit timelines in advance.
Meanwhile, the “reliable substitution” target aims to improve the stability of renewable energy in the power system. This is positive for factory-owned power plants and distributed photovoltaic projects. Past risks of power curtailment due to intermittency could be mitigated through energy storage and smart dispatch, reducing production interruption probabilities.
Regional Industrial Belt Responses
Different industrial belts will react with varied strategies. Eastern coastal clusters like Nantong home textiles and Shaoxing dyeing, with mature electricity marketization and green power trading pilots, are more likely to lock in low-cost green electricity through long-term power purchase agreements. Central and western emerging textile parks, such as Xinjiang cotton spinning bases, can leverage abundant local wind and solar resources to build integrated source-grid-load-storage projects, achieving higher energy self-sufficiency.
For export-oriented enterprises, the EU Carbon Border Adjustment Mechanism (CBAM) makes green certificates and carbon footprint certification essential. This plan will accelerate the improvement of China’s green certificate trading system. Textile companies that complete green power procurement by 2027 will gain a competitive edge in exports to Europe.