GAES-1: A Class of Gaia-Aligned Ambient Gradient Regulation Systems

Abstract We define a new class of infrastructure-scale systems, termed Gaia-Aligned Energy Systems (GAES), which translate ambient environmental gradients into stabilising work over time. Unlike conventional energy technologies that optimise peak power or instantaneous efficiency, GAES prioritise temporal integration, distributed regulation, and ecological compatibility. GAES-1 is introduced as the reference class definition, with a gravity-assisted pressure circulation system presented as a minimal reference implementation. The framework is conservative with respect to thermodynamics, falsifiable, and explicitly non-extractive. Related work This classification builds on classical hydrostatics (Archimedes), constructal and environmental thermodynamics (Bejan; Odum), passive and renewable-energy desalination research (Elimelech & Phillip; Ghaffour et al.), phase-change thermal regulation (Mehling & Cabeza), and ecological resilience theory (Holling).