NexWafe delivers advanced solar wafers for space applications, engineered to meet the demanding requirements of satellites. Our ultra-thin silicon wafers enable high-efficiency solar cells Low Earth Orbit (LEO) satellite constellations.
EpiNex® Ultra-Thin wafers for Low Earth Orbit satellites
LEO satellite constellations are transforming global connectivity, driving a rapidly scaling demand for lightweight, cost effective, high-efficiency solar power. EpiNex® wafers enable ultra-thin cells that reduce mass and volume—key to lowering launch costs and maximizing power output in space. With excellent radiation tolerance and consistent quality, EpiNex® is a strong fit for the evolving needs of “Space 2.0” platforms
Space environments require solar technologies that perform under extreme conditions. NexWafe’s solar cell technology is designed to deliver.
NexWafe uses epitaxial deposition to manufacture solar wafers. Using epitaxy, NexWafe is able to spatially position an electric field in the bulk silicon to optimize extraction of carriers to the contacts, from radiation damaged zone, before they can recombine. This is a new capability for space cell designers to optimize mission performance.
Applications across the Space Industry
NexWafe solar wafers are designed for a wide range of space and aerospace applications.
With a focus on efficiency and performance, NexWafe is advancing the future of solar power in space while reducing launch costs for Space players. Our technology supports the growing need for reliable, lightweight, and high-performance photovoltaic solutions across the global space industry while enabling reshoring via cost-competitiveness.