At Akron PolyVolt Inc., we specialize in the development and innovation of cutting-edge materials designed for electrochemical energy storage systems. Our expertise encompasses a broad range of advanced materials, focusing on:
We are passionately engaged in the development of ion-conducting polymer membranes, targeting a variety of emerging applications. Our current focus is on refining solid polymer membranes that demonstrate potential in conducting diverse ions such as protons, hydroxide ions, and lithium. These membranes are designed with adaptability in mind, aiming to meet the evolving needs of electrochemical energy storage and conversion devices. As a startup, we are committed to exploring innovative avenues in membrane technology, progressively enhancing their performance, and contributing to the burgeoning field of energy storage solutions.
Eutectic salts are known for their high ionic conductivity and notable stability under extreme conditions, including elevated temperatures and challenging electrochemical environments. At Akron PolyVolt Inc., we are exploring the potential of eutectic salt systems within the realm of energy storage. Our research is currently focused on integrating these salts into specialized lithium battery technologies and cost-effective grid energy storage systems. This endeavor is part of our ongoing commitment to advancing energy storage solutions through innovative material applications.
Polymer composites are extensively utilized across various industrial sectors, offering a range of valuable properties. Located in the United States’ largest polymer technology valley, Akron PolyVolt Inc. reaps significant advantages from the flourishing local plastics industry and the rich insights provided by nearby research institutions. Our research and development efforts are currently concentrated on two key categories of composites: