Charging Deals
Energy Storage

China’s Solar Installation Growth Slows in First Half of 2026 as Industry Transformation Pressures Emerge

Data from China’s National Energy Administration shows that newly installed solar capacity reached 72.07 GW in the first half of 2026, marking a clear slowdown in growth. The shift to market-based electricity pricing, overcapacity, and adjustments to export policies are reshaping the industry’s development landscape.

Editorial Team8/26/2026Updated 8/26/2026

Installation Growth Slows Significantly as Industry Enters Adjustment Phase

After years of rapid expansion, China’s solar industry experienced a marked slowdown in growth during the first half of 2026. The latest data released by the National Energy Administration (NEA) shows that newly installed solar capacity in the first six months of the year reached 72.07 GW, bringing the country’s total photovoltaic capacity to 1.27 terawatts. While the overall capacity continues to grow, the pace has slowed significantly compared to the same period last year, signaling structural adjustment pressures within the industry.

Data indicates that solar installations in China during January and February 2026 fell by more than 17% year-on-year. The NEA reported that solar power generation in the first half of the year reached 655.5 billion kilowatt-hours, with an average utilization rate of 91.4%. By the end of June, China’s wind and solar power capacities stood at 679 GW and 1.27 TW, respectively, accounting for nearly half of the country’s total installed power generation capacity and serving as a cornerstone of its energy transition.

Market-Based Electricity Pricing Reshapes Development Logic

Starting in 2026, China has gradually phased out fixed feed-in tariffs for new renewable energy projects, shifting entirely to a market-based trading mechanism. NEA data shows that the volume of electricity traded in the national power market reached 3.685 trillion kilowatt-hours in the first half of the year, a 24.2% increase from the previous year. This shift has profoundly impacted the business models of solar developers, with project siting, grid connection timing, and grid absorption capacity becoming critical factors in determining economic viability.

Industry insiders note that under the market-based pricing mechanism, developers are no longer solely focused on expanding installed capacity but are instead prioritizing the actual profitability of projects. Due to the intermittent nature of wind and solar power, grid absorption pressures have continued to rise, driving rapid development in energy storage systems. By the end of June, China’s newly added energy storage capacity reached 153 GW (396 GWh), a 61% year-on-year increase, becoming a key tool for balancing grid supply and demand.

Overcapacity and Adjustments to Export Strategies

China’s solar manufacturing sector is grappling with severe overcapacity. In January and February 2026, China exported over 35 GW of solar modules, a 9% decline from the same period in 2025, reflecting a slowdown in global demand growth. Meanwhile, solar cell exports surged by 44%, indicating that Chinese manufacturers are accelerating the relocation of production chains overseas to navigate trade barriers and local content requirements.

Beginning April 1, 2026, China eliminated the value-added tax (VAT) export rebate for photovoltaic products, further impacting export momentum. This policy adjustment aims to ease trade frictions and address overcapacity, but export data for May and June shows declines across modules, cells, and wafers. Nonetheless, demand in emerging markets such as Southeast Asia, South Asia, and Africa continues to grow, and China’s solar industry is adapting to global trade shifts through regionalized production strategies.

Technological Upgrades Become Core Competitive Edge

Amid intensifying market competition, technological efficiency has become a central competitive advantage for China’s solar industry. In the first half of 2026, commercial solar module efficiencies continued to improve, with back-contact products achieving 25%, TOPCon products reaching 24.1%, and heterojunction products hitting 23.8%. High-efficiency modules not only reduce system balance costs but also enhance overall project economics, a particularly critical advantage under the market-based pricing mechanism.

At the same time, China’s domestic electricity demand continues to rise. In the first half of the year, national electricity consumption grew by 5.3% year-on-year, with high-technology manufacturing and equipment manufacturing sectors seeing a 9.8% increase, while internet data services surged by 44%. These emerging demands are driving renewable energy growth, and despite the slowdown in solar installation expansion, the pace of energy transition remains steady. Moving forward, energy storage technology, grid flexibility, and technological innovation will be key focus areas for the industry’s development.

0
0

Log in to comment and like articles.

Comments

No public comments yet.