Ultracapacitor System Design: Optimizing Hybrid Electric Vehicles with Fuel Cell Power
The automotive industry's recent push towards developing electric and hybrid electric vehicles (EV and HEVs) is a direct response to the growing global pressure to improve the environment and has resulted in a search for significantly cleaner and more efficient vehicles.
Maxwell Technologies

Advances in Fuel Cell Testing
The fuel cell industry is growing rapidly as alternative energy sources are becoming more important due to their capability to provide clean and efficient energy with low emissions and a secure future energy supply.
Advanced Measurements

Making Better Fuel Cells: Through-Plane Resistivity Measurement of Graphite-Filled Bipolar Plates
Fuel cells directly convert the chemical energy in methanol or
hydrogen fuel into electricity. They hold great promise as power sources
because they deliver more energy than batteries of the same size and weight
and their only byproduct is water vapor.
Quantum Composites Inc.
Keithley Instruments, Inc.

Water Permeation Resistance of a Bipolar Plate Material
Entegris, Inc.

Improving Productivity and Reducing Operating Costs with Fuel Cell Technology
“What can be done to keep my lift trucks on the floor and prevent us from changing
batteries?” This question has been on the minds of multiple-shift fleet users who manage high throughput distribution centers all over the world. Competitive pressures on distribution costs have never been more intense, promising to continue
into the future. In response, companies are daily seeking to push throughput while paring back operating costs. Management has long regarded lead acid battery systems as one of the most effective ways to meet this challenge. Though this power source is a mature and dependable method of powering electric lift truck fleets, it has many constraints that prevent it from being the ultimate economic solution.
Cellex Power

DMFC vs H2
Direct Methanol Fuel Cells vs. Hydrogen Fuel Cells
Smart Fuel Cell