On July 23, 2026, the National Development and Reform Commission and the National Energy Administration jointly released the Renewable Energy Development 15th Five-Year Plan, setting four major targets—total capacity, power generation, non-power utilization, and reliable substitution—along with seven key tasks. This policy document not only charts China’s energy transition roadmap for the next five years but also profoundly impacts the energy structure of the textile industry, a traditional high-energy-consuming sector. One of the seven key tasks, “expanding renewable energy power supply,” signals that textile enterprises must systematically shift from coal-fired and natural gas power to clean sources such as wind, solar, and biomass.
Policy Core and Industry Relevance
The plan’s “total capacity target” aims to increase the share of renewable energy in primary energy consumption, while the “power generation target” requires a larger proportion of non-fossil energy in electricity output. For the textile industry, processes like dyeing, finishing, drying, and steam supply have long relied on coal-fired boilers or natural gas, with energy costs accounting for 15% to 30% of total production costs. The large-scale integration of renewable electricity will directly transform this cost structure. The “non-power utilization” target involves industrial heat applications, meaning textile factory steam supplies may gradually shift to solar thermal or biomass boilers, reducing dependence on fossil fuels.
Industry Impact: Dual Shift in Costs and Competitiveness
In the short term, renewable energy power requires higher initial investment but offers lower long-term operating costs than conventional thermal power. For example, distributed photovoltaic (PV) projects on factory rooftops in textile clusters like Keqiao (Zhejiang) and Shengze (Jiangsu) can achieve self-consumption rates above 70%, with comprehensive per-kWh costs 0.1 to 0.2 yuan lower than grid electricity. If PV module efficiency improves and energy storage costs decline simultaneously during the 15th Five-Year Plan period, textile enterprises could increase their energy self-sufficiency rate from below 5% to over 15%. Meanwhile, the EU’s Carbon Border Adjustment Mechanism (CBAM) already requires embedded carbon accounting for textile exports. Companies using green electricity can reduce carbon tax burdens through Renewable Energy Certificates (RECs), gaining price advantages in European and American markets.
Regional Industrial Cluster Responses and Challenges
The energy structures of three major clusters—Keqiao (dyeing and printing), Nantong (home textiles), and Shengze (grey fabrics)—differ significantly. Keqiao’s dyeing enterprises mostly rely on centralized district heating from nearby thermal plants, requiring coordinated heat network upgrades for renewable transition. Nantong’s home textile cluster, dominated by small and medium factories, finds independent PV or energy storage investments less economical, making green power group purchasing or virtual power plant models more suitable. In Shengze, some leading companies have signed direct wind power supply agreements, but procurement channels for small and medium enterprises remain limited. The plan’s “reliable substitution” target demands that renewable output meet continuous industrial production needs, imposing higher requirements for energy storage configuration and smart microgrid construction.
Practical Recommendations
For Buyers - Prioritize suppliers with green electricity certification or RECs to ensure product carbon footprints meet export market requirements. - Include “green electricity usage ratio” clauses in fabric procurement contracts, gradually integrating low-carbon indicators into supplier evaluation systems. - Explore cooperative opportunities in distributed PV and energy storage projects, locking in clean energy prices for the next five years through long-term power purchase agreements.
For Factories - Assess rooftop and idle land resources to develop phased PV installation plans, initially covering 20% to 30% of daytime electricity load. - Partner with local grid companies or third-party energy service providers to deploy lithium battery or flow battery storage systems, alleviating nighttime production power gaps. - Proactively engage with regional heat planning, converting coal-fired boilers to biomass or electric steam generators, and apply for government energy-saving renovation subsidies.
Outlook
The 15th Five-Year renewable energy plan provides a policy framework and timeline for the textile industry’s energy transition. In the next three to five years, textile enterprises’ competitiveness will no longer hinge solely on labor costs or fabric technology; the greenness of their energy structure will become a new dividing line. Companies that complete clean energy substitution early will gain a first-mover advantage in carbon tariffs, brand ESG ratings, and international procurement standards.