On July 23, 2026, the National Development and Reform Commission and the National Energy Administration jointly released the '15th Five-Year Plan for Renewable Energy Development,' a policy document that will fundamentally reshape the energy supply landscape for the textile industry. The plan sets four main goals—total capacity, power generation, non-electric utilization, and reliable substitution—and outlines seven key tasks, with a central focus on expanding the supply of renewable electricity. For a sector that consumes roughly 4% of China's total industrial electricity, this is not a distant policy vision but a near-term reality that will directly impact electricity bills and carbon accounts over the next five years.
Industrial Implications of the Energy Structure Shift
The task of 'expanding renewable electricity supply' implies a significant increase in the share of wind and solar power in the grid. Electricity is a major cost component for textiles—especially in dyeing and finishing processes like stentering and drying, as well as in chemical fiber production. Currently, electricity accounts for 15% to 25% of total production costs, and for some dyeing mills, the figure exceeds 30%. As renewable energy penetration rises, electricity market volatility and regional disparities will intensify. For instance, while northwestern China has abundant solar resources, the textile manufacturing hubs in the eastern coastal regions—such as Shaoxing, Nantong, and Shengze—may face additional costs for cross-regional green electricity transmission.
At the same time, the non-electric utilization target—such as replacing industrial steam with renewable sources—will directly impact dyeing mills. Most of these facilities currently rely on coal-fired or natural gas boilers for steam. The plan encourages the use of biomass, geothermal, and other non-electric renewable alternatives. Over the next five years, dyeing centers in Keqiao (Zhejiang) and Foshan (Guangdong) will need to reassess boiler retrofit costs and energy structures. For small and medium-sized dyeing mills, the pressure is particularly acute, as equipment upgrades and green power purchase agreements require significant upfront investment.
Cost Transmission and Competitive Landscape Reshaping
The impact of energy structure iteration on costs is not linear. In the short term, the establishment of a green electricity trading market may lead to phased electricity price increases. Since 2025, the average price of green electricity in China has been about 5% to 8% higher than benchmark coal-fired power. As quota systems tighten, textile companies that fail to proactively purchase green electricity may face higher carbon costs or punitive tariffs. In the long term, companies that complete the energy transition early will enjoy lower marginal electricity costs, especially those that install rooftop solar panels or sign long-term power purchase agreements (PPAs) with wind farms.
This shift will also reshape the foreign trade landscape. The EU's Carbon Border Adjustment Mechanism (CBAM) has explicitly included textile products in its indirect emission calculations. If a company can provide full-chain green electricity production certificates, its export tariff costs to Europe could be reduced by 15% to 25%. In contrast, competitors in Vietnam and Bangladesh, while having lower labor costs, have not yet matured their green certification systems. This means that China's 15th Five-Year energy plan offers a differentiated competitive path: use green electricity to secure market access.