Beyond Centralized Power: Distributed Conversion Within Thermodynamic Limits
For decades, electricity has moved along a fixed geography. Large plants generate, transmission corridors carry, substations regulate, buildings consume. The structure is hierarchical and centralized. Generation is concentrated in a few nodes, demand dispersed across many endpoints.
Distributed conversion challenges that layout without challenging physics. Instead of scaling turbines, it asks how materials can interact with persistent environmental flux within strict thermodynamic limits. The question is not expansion of output beyond input, but redistribution of contribution across infrastructure itself.
Der Beitrag Beyond Centralized Power: Distributed Conversion Within Thermodynamic Limits erschien zuerst auf NEUTRINO ENERGY®.