Innovating New Solutions

CEM
EMALS rotor

Electric Machines

A fundamental aspect of successful development of prototype electric machines is experience developing physics based power system models and detailed analyses that are anchored to real world hardware experience.

Microgrid

Grid Solutions

CEM has over a decade of grid level power system modeling experience assembled over numerous projects for the U.S. Navy, Army, and civilian applications. Power system research and supporting technologies has grown due to concerns surrounding reliable power delivery.

H2 Station

Hydrogen Energy

As society continues to evaluate future alternative fuel vehicles, CEM’s experience in power systems have been applied to help guide ongoing discussions, and development much needed technologies.

LATEST NEWS

H2 Toyota Vehicle

UT Hydrogen Vehicle Ride Share Program

With unique access to hydrogen fuel, The University of Texas at Austin's Center for Electromechanics (UT-CEM) is aiming to start a UT Hydrogen Vehicle Ride Share Program, benefitting UT students, faculty, and staff. Hydrogen-powered vehicles produce zero emissions, thus reducing carbon footprints, and are an alternative to battery electric vehicles with greater driving ranges. 
Donate today to help us drive the vision for a hydrogen energy economy in Texas!

H2 Team

A 365-Mile Hydrogen Road Trip

In 2003, a convoy of hydrogen-fueled vehicles traveled through the Los Angeles area to demonstrate the growth of this next-generation energy technology
Story by: Elizabeth A. Adams

KXAN story H2

Hydrogen-powered cars make historic trek across Texas

A caravan of cars from the University of Texas in Austin made a journey from the state capital to Houston this June. The journey is one that many people take every year, but this trip was a little tricky.

SunHydrogen Team

SunHydrogen to Deploy more than 30m² Hydrogen Production Pilot System in Collaboration with UT Austin

First large-scale multi-panel solar-to-hydrogen system to be installed at UT Austin’s Hydrogen Proto-hub, featuring sixteen photoelectrochemical hydrogen reactors totaling more than 30m² in active area.