5n Plus Inc. Boosts AZUR Solar Cell Production Capacity to Meet Unprecedented Demand

In This Article:

  • Successful completion of the 2024 production capacity program ahead of schedule

  • Surpasses initial increase target of 30%, achieving a 35% capacity increase

  • Another 30% capacity increase planned by end of 2025 with minimal additional investment

MONTREAL, Oct. 15, 2024 /CNW/ - 5N Plus Inc. (TSX: VNP) ("5N+" or the "Company"), a leading global producer of specialty semiconductors and performance materials, today announced its wholly-owned subsidiary, AZUR SPACE Solar Power GmbH ("AZUR"), has completed its previously announced 2024 production capacity program ahead of schedule and expanded its capacity by 35%, surpassing its initial 30% increase target. By the end of 2025, AZUR intends to increase its solar cell production capacity by a further 30%, with minimal additional investments as most of the equipment has been purchased and delivered.

5N Plus inc. Logo (CNW Group/5N Plus Inc.)
5N Plus inc. Logo (CNW Group/5N Plus Inc.)

"The completion of this program and actions being taken to further increase capacity through next year will enable AZUR to meet the growing needs of our strategic client-partners, and to maintain its momentum in generating revenues and increased profitability. Since becoming a 5N+ company in late 2021, AZUR has already significantly boosted sales compared to previous years, which reflects both sustained demand in the space sector and AZUR's leadership as a longstanding and sought-after provider of advanced solar cell technology," said Gervais Jacques, President and CEO of 5N+.

The 2024 capacity program, which began in early 2023, enhanced production in all AZUR departments, including epitaxy growth, cell production, assembly and testing. The program included the implementation of an additional shift across all departments in 2023, successfully moving the operation to a 24/7 production schedule. It also involved the installation and commissioning of new equipment to increase overall production yield and capacity, as well as automation.

The additional 30% capacity increase through 2025 will be achieved by the newly installed and commissioned epitaxy reactors for front-end production to grow multi-layer semiconductor crystals utilizing a metal-organic chemical vapor-phase epitaxy ("MOVPE") technique, a core process in the production of AZUR's high-efficiency solar cells destined for space conditions. As part of the program, the capacity of several tools, such as those used for the deposition of metals and dielectrics, have been increased, and equipment to be commissioned shortly will also bring additional automation.