China's Solar Cell Exports to US Jump 346% as AI Boom Lifts Green Demand
Updated
Updated · South China Morning Post · Jun 22
China's Solar Cell Exports to US Jump 346% as AI Boom Lifts Green Demand
3 articles · Updated · South China Morning Post · Jun 22
Summary
US$39.96 million of unassembled photovoltaic cells went from China to the US in May, up 346% year on year, making energy products some of the strongest gainers in bilateral trade.
AI-driven power demand and broader US electrification needs helped lift imports, while uncertainty over China-US trade policy also pushed companies to bring shipments forward and rebuild inventories.
US$780 million of lithium-ion batteries were exported to the US, up 20.8%, with shipment volumes rising at a similar pace; lead-acid battery exports climbed 151% to US$6.72 million.
The May data reinforce analysts' view that China could be a major beneficiary of the global shift toward decarbonisation and electrification despite lingering trade uncertainty.
As China's cheap exports accelerate the green transition, are US security fears hindering urgent global climate action?
How can the US power its AI boom without deepening its strategic reliance on China's green technology?
China's Record Solar Export Surge in March 2026: Global Supply Chain Shifts, AI Energy Demand, and Geopolitical Risks
Overview
In March 2026, China’s solar component exports soared to record-breaking levels, driven by ongoing volatility in fossil fuel prices. These fossil price spikes accelerated the global shift toward renewable energy, making solar a key engine of the world economy. As economic and geopolitical pressures from traditional energy sources increased, countries responded by rapidly expanding their solar infrastructure and importing Chinese panels at unprecedented rates. At the same time, many nations began building up their own domestic manufacturing capabilities, aiming to strengthen energy security and reduce reliance on fossil fuels. This surge marks a pivotal moment in the global clean energy transition.