As renewable sources of electricity become more prevalent, one hurdle to widespread adoption is a cost-effective and efficient method of storing energy produced during off-peak consumption hours. The cyclic nature of wind, solar, and tidal generation cannot provide on-demand load matching – thus, our ability to store produced energy and generate electricity at appropriate times will enable these renewable sources to compete with more traditional production methods. Our research focuses on the use of novel thermodynamic cycles to generate power from a variety of intermediate storage solutions, including compressed hydrogen and oxygen produced via the electrolysis of water.