United Kingdom | NATO DIANA Energy & Power 2026
Assembling large modular space structures for next gen situational awareness, power and aperture
NATO DIANA 2026 Cohort
Space Solar is developing and commercializing Space-Based Solar Power (SBSP), an era-defining new solar energy source from space. Their mission is to deliver an affordable, scalable, and fully renewable baseload energy technology. This system aims to accelerate the transition to Net Zero and provide global energy security.
Space Solar differentiates itself by offering continuous, baseload, and dispatchable power, unlike intermittent terrestrial renewables. Their technology is designed to be affordable, scalable, and fully renewable, addressing urgent global energy and climate challenges. It provides energy security by leveraging an inexhaustible space-based resource.
Defense tech analysts should care about Space Solar due to its potential for resilient space operations and enhanced energy security. The company's focus on assembling large modular space structures could provide next-generation power and aperture capabilities in orbit, directly supporting situational awareness. This technology offers a strategic advantage by providing a secure, independent, and continuous energy source for critical defense infrastructure, both terrestrial and orbital.
While specific numbers are not provided, the long-term ROI for defense lies in enhanced energy security, reduced operational costs associated with fuel logistics, and strategic independence. Space-based solar power offers a predictable and stable energy cost, mitigating market volatility and geopolitical risks. This investment contributes to national resilience and a competitive advantage in future energy landscapes.
Space Solar aims to deliver a first space power station in six years, with commercial power following in nine years. They project a first GW system within 12 years. This aggressive timeline indicates a rapid development and commercialization pathway for their SBSP technology.
Space Solar is developing Space-Based Solar Power (SBSP) to deliver affordable, scalable, and continuous baseload energy from space, aiming for commercial power within nine years. This technology addresses global electricity demand, accelerates Net Zero, and significantly enhances energy security. For defense, it offers resilient space operations through large modular structures providing next-gen power and aperture capabilities.