Ac current source and method

A power conversion system for providing AC power at sustainable current levels to a load cell containing a Proton-Rich Ionic Fluid (PRIF), comprising:

• a reactor containing a plurality of tanks, pumps, static mixers, and recirculators;
• the reactor configured to accept a water-based input fluid and a plurality of predetermined components;
• the reactor configured to break covalent bonds in the water-based input fluid thereby separating out oxygen and electrons and isolating the remaining H1+ protons into free single protons;
• thereby
• adjusting the input fluid to have an abundance H1+ protons and reduction in oxygen and electrons;
• thereby
• transforming the water-based input fluid into the PRIF;
• an AC generator configured to supply AC power in a first voltage level;
• an AC module configured to accept the first voltage level from the AC generator;
• a buck converter reducing a level of the first voltage level into a second voltage level;
• a load sensor within the AC module maintaining a level of current to a set predetermined range;
• the load sensor ensuring current flow stays within predetermined set boundaries;
• supplying stabilized AC current at a set of output terminals located therein;
• configuring an output of the power conversion system to be within a first predetermined amp-range and a predetermined voltage range;
• and
• the load cell comprising electrodes for nucleating the PRIF into a hydrogen gas where the electrodes are connected to the set of output terminals.