2026 H1 PV Module Shipments Unveiled: Stable Leadership and Industry‑Wide Structural Adjustment

Recently, multiple third‑party PV research institutions have released global PV module shipment statistics for the first half of 2026 (2026 H1), offering a full picture of the competitive landscape among module manufacturers. Overall, the industry is marked by slowing total‑volume growth, subdued domestic demand, overseas markets as the major growth engine, accelerated penetration of high‑efficiency N‑type technologies, sustained high concentration among top players, and cut‑throat competition in the second‑tier group. Capacity reshuffling has deepened. The sector has formally moved past the era of blind capacity expansion and entered an era of comprehensive competition centered on cost control, technological innovation and global deployment.

Based on surveys by SMM, InfoLink and other research bodies, total global PV module shipments reached approximately 260 GW in 2026 H1, representing a modest year‑on‑year rise of 4.88 %. Growth momentum was mainly driven by emerging overseas markets. Domestic module output stood at roughly 201.3 GW, down 35.1 % year‑on‑year, while China’s newly‑added installed PV capacity hit 72.07 GW, a sharp decline of 66.04 % year‑on‑year. Delays in project commencement and grid‑connection for utility‑scale plants, caused by electricity pricing mechanisms and grid‑absorption constraints, have led to a phased adjustment in the domestic market.

On the export front, even though export tax rebates for Chinese PV products were cancelled starting in April, China’s combined exports of silicon wafers, solar cells and modules reached USD 17.183 billion from January to June, climbing 24.3 % year‑on‑year, backed by a complete industrial chain and strong product competitiveness. PV modules remain the core export product of China’s PV industry. Fueled by pre‑emptive export shipments, March recorded the highest monthly export volume in the first half, followed by stable performance from April to June. Building local manufacturing facilities overseas to circumvent trade barriers has become a core strategy for leading manufacturers.

By regional demand: European channel inventories have been gradually digested; high‑power N‑type and BC modules maintain reasonable price premiums, and utility‑scale solar projects are steadily coming online. India continues to tighten its local‑content policies, with domestic production replacing imports, resulting in a temporary drop in module import demand. Residential and commercial‑industrial PV demand in the Middle East, Latin America and Africa keeps expanding, forming key incremental markets and fierce battlegrounds for global suppliers.

According to the 2026 H1 global PV module supplier shipment ranking published by InfoLink, listed companies delivered a combined shipment volume of around 181.39 GW. The foundational position of the industry’s top‑four players (F4) remains solid, while shipment gaps between leading companies have narrowed and competition intensified.

First Tier: LONGi Green Energy and JinkoSolar tie for first place worldwide. The two leaders lead the industry in shipment scale with well‑established global footprints. Their overseas production bases effectively mitigate trade restrictions, while parallel development of TOPCon and BC technologies guarantees ample supply of high‑power products.

Second Tier: Trina Solar ranks third and JA Solar fourth, firmly securing positions within the global top four. Boasting mature vertically‑integrated layouts, they drive synergies between overseas solar‑farm development and module sales, holding strong channel advantages across Europe and Latin America. The top‑four manufacturers account for nearly 59 % of total shipments among ranked firms, keeping industry concentration at a high level.

Third Tier: Tongwei Co., Ltd. ranks fifth, Astronergy sixth, and Yingli Energy seventh. Tongwei has rapidly expanded module shipments leveraging its robust solar‑cell capacity; Astronergy maintains stable global market share; Yingli Energy has achieved its highest ranking in recent years. The comeback of this long‑established manufacturer into the world’s top group stands out as one of the major changes on the H1 ranking list.

Competition within the fourth tier is the most intense. Hengdian DMEGC, Aiko Solar, TCL Zhonghuan and GCL Integration tie for eighth, with shipment gaps below 5 %. Second‑tier manufacturers and cross‑industry newcomers compete on the same stage, and technology‑route choices directly determine market‑share performance.

Shipment volumes of most top‑tier enterprises declined year‑on‑year compared with the same period in previous years. The primary cause is persistently low module prices, prompting manufacturers to actively adjust operating rates to contain losses. Meanwhile, second‑tier suppliers and BC‑specialized producers have captured niche markets through differentiated offerings. Competition is no longer purely capacity‑driven; profit quality has grown increasingly critical.

The first half of 2026 marks a critical window for PV technology iteration. Phase‑out of P‑type modules is accelerating, TOPCon capacity keeps ramping up, and BC technology has entered large‑scale mass production — becoming a key differentiator separating market leaders from emerging players.

On one hand, N‑type TOPCon modules have become mainstream market offerings. High‑power, low‑degradation products command noticeable premiums in overseas utility‑scale tenders. Outdated P‑type production lines continue to be shut down, and the roll‑out of industrial energy‑efficiency standards speeds up the elimination of low‑efficiency capacity. On the other hand, multiple manufacturers have brought new BC‑module capacity online, creating differentiated competitiveness targeting high‑end residential and distributed‑generation markets. Non‑silicon cost control for solar cells has become vital to profitability, while technologies such as silver‑coated copper and thin silicon wafers are widely adopted to cut production costs.

From a global‑layout perspective, rising trade barriers have imposed local‑manufacturing requirements in markets including the United States, the European Union and India. Leading firms are accelerating the construction of module factories and supporting cell‑production capacity across Southeast Asia, the Middle East and the Americas to deliver locally and avoid tariff risks. Overseas manufacturing capability has become an essential requirement for international expansion. Manufacturers relying solely on domestic production for exports face shrinking room for market growth.

Industry analysts generally forecast that global PV demand will see sequential improvement in the second half of 2026. In overseas markets, deliveries of European utility‑scale solar farms and sustained demand from emerging markets in the Middle East and Africa will provide growth momentum. Domestically, accelerated grid‑connection of backlogged projects and optimized distributed‑PV policies are expected to offset declines in utility‑scale installations.

On the supply side, capacity expansion has become more rational, new‑capacity commissioning has slowed, and supply‑demand imbalance is gradually easing. Nevertheless, module prices may remain under short‑term pressure. Future competition among module suppliers will focus on three major directions: high‑efficiency cell‑technology upgrading, overseas local‑capacity deployment, and integrated development combining solar‑farm operation and module supply. The low‑price, high‑volume sales model is no longer sustainable.

In the long run, the fundamental logic of PV as a cornerstone of global energy transition remains unchanged. Short‑term supply‑demand adjustments are a necessary phase of industrial survival‑of‑the‑fittest. As backward capacity exits the market, industry leaders with technological strengths, worldwide sales channels and stable profitability will further consolidate their market share. The PV sector will officially transition from capacity‑oriented expansion into a new stage of high‑quality development.