Global PV Industry Development Trends 2027

1. Overall Pattern:

Bottoming Out and Rebounding with Normalized Low-Speed Growth

Following the phased low point in 2026, the global PV installation capacity will resume positive growth in 2027. The industry has basically exited the high-growth era, with the annual growth rate expected to slow to approximately 3%, entering a phase of steady low-speed expansion. The industry’s development focus has shifted comprehensively from crude scale expansion to profit recovery, technological upgrading, and phase-out of backward production capacity.

2. Demand Side:

Emerging Markets as Main Growth Drivers, Mature Markets Stabilize

Core Growth Drivers: Emerging markets including the Middle East, India, Latin America and Southeast Asia will maintain robust growth and serve as the core engine of global PV installations. In 2026, India’s PV installed capacity is estimated to reach 45GW (a 22% year-on-year increase), while the Middle East will hit 35GW (a 25% year-on-year increase), contributing significantly to global incremental growth.

Mature Markets: Installation growth in China and Europe will remain stable. Constraints of grid integration capacity and grid connection bottlenecks have become prominent, making solar-storage integration a mandatory standard configuration rather than an optional add-on for new projects.

Trade Landscape: The United States and the EU continue to tighten local trade protection policies and escalate import restrictions on Chinese PV products. This further curbs China’s direct export space and forces domestic enterprises to accelerate overseas production capacity layout.

3. Supply Side:

Policy-Driven Capacity Phase-Out and Accelerated Industrial Concentration

Overcapacity will remain a normal industry condition, with sustained low-price competition squeezing corporate profitability across the entire industrial chain.

Three mandatory national standards (GB standards) for the PV industry officially take effect on January 1, 2027, setting clear access thresholds for high-efficiency production capacity and forcing the accelerated phase-out of inefficient and outdated PV capacity. The supply-side structural reform of the industry has entered an in-depth stage.

Industry reshuffling intensifies. Small and medium-sized backward manufacturers are exiting the market at an accelerated pace. Leading integrated enterprises continue to increase their market shares relying on advantages in cost, technology and channels, while industrial mergers, acquisitions and restructuring activities grow significantly.

4. Technology Side:

N-Type Technology Dominates Full Scenarios, Perovskite Tandem Enters Mass Production Year

Mainstream Technology (TOPCon): Fully popularized across all application scenarios with a mass production module efficiency of 23.5%. It has become the absolute preferred technical solution for utility-scale power stations due to superior cost-performance.

Premium Technology (BC – Back Contact): Rapidly penetrating the residential and high-end distributed PV market by virtue of high conversion efficiency and superior appearance. Its long-term market share is expected to reach 28%.

Emerging Technology (Perovskite Tandem): 2027 marks the initial stage of scaled mass production. The technology has moved beyond pure laboratory R&D and entered the early commercial verification phase. Mass production stability and cost control will be the core monitoring indicators.

5. Supply Chain:

Overseas Layout 2.0 — Localized Manufacturing Becomes a Survival Necessity

With normalized global trade barriers and escalating geopolitical risks, the traditional model of “domestic manufacturing plus global exports” faces extremely high risks and is no longer sustainable.

The industrial supply chain is fully upgraded and transformed toward regional localized manufacturing and localized operation. Southeast Asia, the Middle East, Latin America and North America are the core destinations for overseas capacity deployment. Meanwhile, India is rapidly expanding local production capacity, with over 50GW of cell and module capacity currently under construction, accelerating local substitution of imported products.

6. Core Opportunities and Risks

Core Opportunities: Sustained incremental dividends from emerging markets; structural upgrading opportunities driven by the replacement of outdated capacity with high-efficiency N-type production capacity; explosive growth in solar-storage integrated market demand; first-mover advantages for enterprises with early overseas localized layout.

Core Risks: Sustained profit pressure across the industrial chain due to long-term overcapacity; escalating international trade barriers restricting product exports; long-term and normalized low-price competition in the industry; uncertain technical stability and cost control of perovskite tandem technology in the initial mass production stage.