Jesse Schneider

Electric and Hydrogen Vehicles

Automotive

Education and Research

Devices that convert chemical energy from a fuel into electricity through an electrochemical reaction, producing minimal emissions.

Crucial components for storing hydrogen, either as compressed gas or supercooled liquid, which are necessary for powering hydrogen-based vessels.

The MEA is a critical component of a hydrogen fuel cell, acting as a barrier between the cathode and anode and facilitating the flow of hydrogen gas to produce electricity.

Arizona

Research and development focused on creating a new fuel cell membrane electrode assembly architecture that is better suited to heavy duty vehicles, aiming for high-power output and extreme durability.

A planned network of hydrogen fueling stations to support the adoption of Nikola's vehicles.

Development of new hydrogen storage technology, with a mention of a 'sponge' design for safer EV fuel cells.

Vehicles powered by hydrogen fuel cells, slated for commercial release in 2015. These vehicles produce zero emissions and are designed to be refueled at hydrogen fueling stations.