Space-Based Solar Power Could Become Economically Viable by 2040, Reducing Land Use Conflicts
Space-Based Solar Power (SBSP) has the potential to provide continuous, carbon-free electricity by 2040, addressing land competition issues on Earth. Studies indicate that small-scale SBSP systems could become economically competitive, especially when integrated with existing infrastructure like offshore wind farms in the UK. SBSP can significantly reduce Europe's reliance on land-based renewable energy and energy storage needs, while providing a 24/7 source of clean energy. Initial costs are high, but with proper political support, profitability may be achievable by 2040.
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Space-Based Solar Power (SBSP) could become economically viable by 2040, providing continuous, carbon-free electricity without land competition on Earth. Research shows that integrating small-scale SBSP systems with existing infrastructure, such as UK offshore wind farms, could enhance their competitiveness.
SBSP can produce substantial energy on minimal surface area, potentially meeting up to 80% of Europe's renewable energy needs while lowering energy costs. Unlike traditional solar and wind, SBSP avoids land use conflicts and can operate 24/7, unaffected by weather.
Initial costs are high, but with the right political backing, small-scale projects might achieve profitability by 2040. Receiver installations, known as rectennas, could utilize current power connections in offshore wind facilities, converting microwave signals from geostationary satellites into usable electricity.
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