PV Blankets to Power 150W on NOVI N1-ATLAS for Next Month's Falcon 9 Launch
Ascent Solar’s thin-film PV blankets have been integrated into NOVI AI’s toaster-sized N1-ATLAS spacecraft, set to launch next month on SpaceX’s Falcon 9 Transporter-16. The CIGS-based arrays will generate 150W while reducing stowed volume, mass and costs for NOVI’s planned Earth observation constellation.
1. Spacecraft Integration
Ascent Solar’s featherweight, flexible thin-film PV blankets were successfully integrated into NOVI AI’s N1-ATLAS hyperspectral imaging spacecraft, a toaster-sized platform slated for next month’s Falcon 9 Transporter-16 launch. The blankets enable rapid deployment with minimal stowage volume thanks to a tightly rolled CIGS configuration, positioning N1-ATLAS for immediate power generation in orbit.
2. Performance and Benefits
Ascent’s CIGS-based solar arrays are projected to generate 150 watts—power levels typically reserved for larger, more expensive spacecraft—while delivering significant mass and volume reductions. The design enhances durability and sustainability, lowering space debris risks and reducing lifecycle costs for satellite operators.
3. Partnership and Manufacturing
NOVI’s partnership with Ascent Solar leverages domestic rapid-manufacturing capabilities, accelerating supply timelines and driving compounded savings across the planned Earth observation constellation. Ascent’s Colorado facility and 40-year R&D track record underpin its ability to meet immediate customer requirements and support scalable satellite deployments.