PET Metal Bipolar Plates

PET Metal Bipolar Plates

PET Metal Bipolar Plates

  850 cm2 bipolar plate in the polymer-metal matrix.  Precision Energy and Technology has announced a successful demonstration of its new technology in metal bipolar plates. Through the support of the National Science Foundation, the company has developed several... [Read more...]

DOE SIR Grant

DOE SIR Grant

DOE SIR Grant

DOE awards a SBIR grant to Precision Energy and Technology for the program titled, “Novel Hybrid Electrochemical Energy Storage Device”. This project focuses on large energy storage for power plants, substations and large energy users. Precision Energy & Technology is... [Read more...]

SCC Fuel Cell Course

SCC Fuel Cell Course

SCC Fuel Cell Course

Don Homan (left) of Sinclair CC receives the new educational fuel cell kit from Thomas Willis (right), President of Precision Energy and Technology. Today, at Sinclair Community College, a major step in Precision Energy & Technology’s business strategy was implemented. ... [Read more...]

NSF SBIR AWARD

NSF SBIR AWARD

NSF SBIR AWARD

NSF awards a SBIR project to Precision Energy and Technology titled, Utilizing Metal Injection Molding to meet High Volume, Cost Effective Manufacturing of Bipolar Plates. This grant will seek to understand the ability of using metal injection molding as a method to economically... [Read more...]

Precision Energy and Technology (PET) is developing solutions to solve the world's energy problem. With fossil fuel production currently peaking, now is the time to explore alternate sources of energy. With almost limitless applications, hydrogen has the potential to become a renewable energy source that will have a profound impact on our everyday lives. One area PET is focused on is the manufacturing of membrane electrode assemblies (M.E.A.) and bi-polar plates, the basic units of the fuel cell that combines layers of various materials to generate energy. PET also works with companies to develop manufacturing processes and equipment for PAFC, SOFC, PEMFC, as well as other types. We continue to partner with research facilities and universities to improve the performance, cost, and reliability of fuel cell components.