The paper introduces a novel class of autonomous energy systems based on the principle of controlled phase inhibition. The proposed PAES technology utilizes a kinetically inhibited solid-phase state to stabilize chemical potential over extended durations without energy loss. Energy conversion is initiated via localized activation, creating a stabilized internal temperature gradient (T) coupled with a thermoelectric or functionally equivalent conversion module. This study outlines the mathematical model of self-regulation within the activation zone, ensuring stable power output in extreme environments, including vacuum and cryogenic temperatures.
Oleksandr Sakharuk (Sat,) studied this question.