Course Description

Space-Based Solar Power involves capturing solar energy directly in space and transmitting it to Earth for practical use. Unlike terrestrial solar systems, SBSP operates beyond the atmosphere, unaffected by clouds, weather, or the day-night cycle, allowing continuous energy generation. The potential benefits are significant: it can provide baseload renewable energy, helping regions with inconsistent electricity supply, and substantially reduce carbon emissions. SBSP is particularly useful for remote areas, islands, and equatorial regions where solar irradiance is high. In essence, SBSP represents a revolutionary step in achieving a reliable, large-scale, and clean energy source that can supplement terrestrial power systems.

What you'll learn in this course?

• Explain the concept and historical development of SBSP.

• Identify key components of SBSP systems: satellites, solar arrays, and microwave/laser transmission.

• Understand technical challenges in implementing SBSP.

• Evaluate the potential benefits and limitations of SBSP compared to terrestrial solar power.

• Discuss global initiatives and future prospects for SBSP deployment.

Prerequisites

• Basic knowledge of energy and electrical systems

• Familiarity with renewable-energy terminology is helpful