FOB China prices for Mono PERC wafers remained stable this week, with M10 and G12 wafers holding steady at $0.147/pc (per piece) and $0.210/pc, respectively. In contrast, FOB China prices for N-type wafers experienced a decline. N-type M10 wafers fell to $0.157/pc, while G12 wafers dropped to $0.199/pc, reflecting week-on-week decreases of 0.63% and 1.49%, respectively.
The recent surge in end-user installation demand in China – driven by two solar power policies scheduled to take effect in May and June – is reportedly drawing to a close. This easing in demand has led to a more relaxed supply environment in the wafer market and contributed to this week's decline in prices.
Meanwhile, China's wafer production output for April, initially projected at approximately 57 GW due to the anticipated disruption from the Myanmar earthquake, has been revised upward to around 61 GW based on updated production schedules from wafer manufacturers. Industry sources indicate that the sector’s surplus production capacity has effectively absorbed the impact of the disruption. These developments have further reinforced the prevailing pessimism regarding the outlook for China’s wafer market.
In the global market, U.S. President Donald Trump has announced a three-month suspension of all “reciprocal” tariffs, with the exception of those applied to China. As a result, countries such as Laos and Indonesia, key recipients of Southeast Asian wafers, will face only a 10% baseline tariff on cells and modules exported to the U.S. during this window.
While no official confirmation has been issued by manufacturers, industry insiders widely speculate that wafer production rates in Southeast Asia are likely to increase in the short term. The aim is to expedite shipments to regions outside the four countries targeted by the AD/CVD investigation, where wafers can be further processed into cells and modules and delivered to the U.S. before the three-month tariff reprieve ends.
In the long term, evolving international trade policies are expected to reshape the export landscape for Chinese and Southeast Asian silicon wafers. Beyond serving local market demand, the U.S. market will remain a critical export destination of solar cells, as domestic cell production in the U.S. continues to fall short of meeting the requirements of its module manufacturing sector. Consequently, the U.S. is likely to maintain its reliance on imported cells, primarily from countries subject to relatively lower comprehensive tariffs.
Regions such as South Korea, India, Egypt, Ethiopia, Turkey, Saudi Arabia, and Oman – where solar cell production is either already established or currently under development – are expected to emerge as key destinations for wafer exports. Market sources highlight that these regions offer favorable tariff environments and are likely to play an increasingly important role in global wafer trade flows.
