Space-Based Solar: Meeting Future Energy Demands (Space Tech)
Experts predict that the US may fall behind China in developing space-based solar power (SBSP), a crucial component for global energy needs. By 2050, modernizing the power grid requires a $21.4 trillion investment, with $17.3 trillion needed to meet new energy demands. SBSP collects solar power in space using satellites and beams it back to Earth, potentially producing five to six times more energy than ground-based panels.
- Air Force Research Laboratory
- Coal plant retirements
- Disaster recovery
- Economic feasibility study.
- Energy independence
- Energy market opportunity
- ESA (European Space Agency)
- Global energy needs
- Grid reliability
- Infrared laser transmission
- Investment
- Legislative milestones
- Microwave transmission
- NASA-DOE Interagency Coordination Bill
- National security
- Nuclear power capacity
- Portable receiver stations
- Power beaming systems
- Power grid modernization
- Renewable energy
- Solar power satellites
- Solaris project
- Space Solar Power (SSP)
- Space-Based Solar Power (SBSP)
- Technical feasibility study
