JinkoSolar Shipped 86.8 GW of Modules in 2025, Securing Lead in Global Sales for the Seventh Time

Why It Matters

JinkoSolar’s scale and technology edge reinforce its pricing power and accelerate the industry’s shift toward higher‑efficiency, high‑power PV solutions, while its integrated storage push expands the market for turnkey renewable systems.

Key Takeaways

• JinkoSolar shipped 86.8 GW modules in 2025, seventh global lead
• Tiger Neo series contributed over 220 GW of cumulative shipments
• Company holds 3,500 patents, including 700+ N‑type TOPCon patents
• N‑type TOPCon efficiency reached 27.79%, tandem cells 34.76% record
• Over 60% of 2026 shipments will be >640 W high‑power modules

Pulse Analysis

JinkoSolar’s 2025 shipment volume of 86.8 GW cements its position as the dominant global module supplier for a seventh straight year. The company’s vertically integrated supply chain and expansive channel network have enabled it to outpace rivals while maintaining cost discipline. This scale not only drives volume discounts but also provides the financial muscle to invest heavily in next‑generation technologies, positioning JinkoSolar as a bellwether for market trends in the rapidly expanding solar sector.

Technological leadership is at the core of JinkoSolar’s growth narrative. With more than 3,500 patents—over 700 dedicated to N‑type TOPCon—the firm has pushed cell efficiencies to a record 27.79% and tandem efficiencies to 34.76%, milestones that translate into higher energy yields for customers. Its Tiger Neo 3.0 modules now achieve mass‑production efficiencies above 24.8% and power outputs up to 670 W, allowing the company to command premium pricing. By 2026, more than 60% of its shipments are projected to be high‑power (>640 W) units, a shift that reflects broader industry demand for fewer, higher‑capacity panels that reduce balance‑of‑system costs.

Beyond modules, JinkoSolar is expanding into integrated photovoltaic‑storage solutions, a segment recognized by BloombergNEF’s Tier 1 list. The firm plans to double its energy‑storage shipments in 2026, leveraging its global footprint to capture new market share. A strategic joint venture with XtalPi introduces AI‑driven, fully closed‑loop production for perovskite tandem cells, targeting commercial scale within three years. This convergence of AI, advanced materials, and storage integration signals a new era of smart, high‑efficiency solar systems that could accelerate renewable adoption worldwide.