Dynamic Rotational Solar Habitats (DRSH): A Conceptual Framework for Adaptive Renewable Energy Systems in the AI and Emerging Computational Era

The Dynamic Rotational Solar Habitat (DRSH) is an original conceptual framework for next-generation renewable energy systems that integrate light concentration, rotational dynamics, and thermal regulation within a single, self-regulating architecture. Drawing inspiration from planetary energy balance and greenhouse thermodynamics, the DRSH employs a transparent optical shell, internal photovoltaic collectors, and phase-change thermal buffers to maintain a state of photonic–thermal equilibrium. Unlike conventional static solar arrays, the DRSH operates as a dynamic, magnetically levitated structure capable of equalising solar exposure and reducing energy loss through optical recycling and adaptive feedback control. Preliminary analytical modelling under high-irradiance conditions (≈2500 kWh/m² per year) suggests potential solar conversion efficiencies approaching 53.6%, representing an estimated 34% improvement over high-efficiency multi-junction photovoltaics. The concept proposes a new class of adaptive, self-regulating renewable infrastructures designed to support the escalating energy demands of artificial intelligence, data centres, and emerging quantum computing systems, offering a pathway toward sustainable, intelligent energy ecosystems.