Powering the Markets Driving
Global Electrification
and faster build cycles for greater productivity.
Rapid growth in AI, mobility, aerospace, and modern infrastructure is pushing global power demand far beyond what today’s energy systems can reliably support. NovaSolix’s full-spectrum rectenna architecture delivers higher output from smaller surfaces, enabling solar to be deployed in environments and products that were never feasible with traditional PV. This expanded capability opens meaningful commercial opportunities across industries that require compact, high-density, and scalable energy solutions.
Bringing Next-Generation Solar Performance to Real-World Applications
AI & Data Centers
Data centers are projected to exceed 8,000 facilities globally, pushing electricity consumption past 1,000 TWh and intensifying cooling loads. Our high-density solar architecture provides a path for on-site generation that eases local grid bottlenecks, improves energy resilience, and helps support the rapid scaling required for AI-driven growth.
EV & Mobility
The accelerating growth of electric vehicles, projected to reach over 500 million by 2035, will require thousands of TWh of additional electricity and significantly increase the strain on global grids. Our technology enables compact, high-output solar surfaces that can support next-generation charging networks and vehicle-integrated power solutions, creating meaningful opportunities in the emerging transportation market.
Aerospace & Remote Energy
Aerospace, defense, and remote operations depend on energy sources that are lightweight, compact, and consistently reliable. Our full-spectrum architecture provides higher projected power from smaller, lighter surfaces, offering meaningful performance advantages in mission-critical environments where size, weight, and durability matter most.
Utility & Infrastructure
Utilities and developers must increase generation capacity without expanding land use or driving up system costs. NovaSolix’s projected power density allows installations to produce more energy per acre, improving land-use economics and accelerating deployment timelines for grid-scale and distributed infrastructure.
Electronics
Modern electronics demand greater power without increasing thickness or weight. This nanoscale solar platform enables energy generation to be integrated directly into devices and components, supporting applications ranging from consumer electronics to industrial sensors and lightweight portable tools.
See potential for our architecture within your application or market?
We’re now opening discussions with solar manufacturers, energy developers, and strategic investors to bring Solar 2.0 to market.
