The Global Utility Mandate for Space-Based Energy Transmission & Orbital Power Grids

The transition of primary global power generation from terrestrial sources to orbital collectors marks a fundamental redefinition of human civilization's energy economy. The Global Utility Mandate for Space-Based Energy Transmission (GUM-SET) documents the systemic shift wherein planetary grids become massive, sophisticated receivers designed to manage directional, terawatt-scale inputs derived primarily from geostationary orbit assets or lunar arrays. This mandate is not merely an optimization of existing power generation; it represents a necessary structural pivot driven by the diminishing returns and resource conflicts inherent in localized terrestrial energy extraction methods (e.g., atmospheric capture limitations, rare earth element depletion). The economic scaling laws governing solar irradiance confirm that space-based collection provides an energy density profile orders of magnitude greater than any achievable ground-based system.