In line with the goals of the Inflation Reduction Act (IRA), NexWafe’s U.S. expansion is a strategic move to reduce vulnerabilities in the solar-wafer supply chain, which remains subject to China’s market dominance and potential geopolitical disruption. The company is actively working on securing strategic partnerships, assessing potential manufacturing locations and the associated regional incentives, and securing offtake agreements for domestic wafer supply. Along with other solar supply chain manufacturers, NexWafe will work with the Administration to leverage IRA incentives to realize the company’s vision of gigawatt-scale wafer manufacturing in North America. As a front runner in bringing solar wafer production to the U.S., NexWafe further demonstrates its commitment to the energy transition.
“Silicon wafers are critical materials for the energy transition, and Jonathan’s leadership will be key as we embark on establishing gigawatt-scale wafer manufacturing in the U.S.,” said Davor Sutija, CEO, NexWafe. “His extensive experience and proven expertise in solar technology complement the strength of our established leadership team.”
Pickering was previously President of JA Solar Americas, and a former Vice President at Applied Materials. His experience spans the solar value chain from solar wafer and solar cell processing equipment to solar module manufacturing and commercial solar project development.
“Multiple top-tier solar companies have committed to advanced PV cell and module manufacturing at a multi-gigawatt scale across the U.S. But now we see a significant bottleneck in the supply chain for a domestic source of silicon wafers,” said Jonathan Pickering, VP of Business Development, North America, NexWafe. “Our breakthrough EpiNex direct ‘gas-to-wafer’ manufacturing process targets this exact opportunity. We are developing a gigawatt-scale facility to manufacture high-performance. American-made, thin silicon wafers to serve our U.S. customers, and we can do so while achieving a 60 percent reduction in the carbon footprint compared to today’s technology.”