Current lead-acid battery systems in military vehicles are increasingly
unable to support the full array of onboard electrical sensors,
to endure the stringent demands of "silent-watch operation" and
to maintain the reliable cold weather vehicle starting, which is required by 21st-century
missions. Mainstream addressed these issues by demonstrating
both advanced lithium-ion batteries and ultracapacitors, comprised
of carbon nanotube electrodes that were manufactured with a new proprietary
process invented by Mainstream researchers.
The experimental results were extremely encouraging. The battery and ultracapacitor electrodes provided a significantly
increased capacity compared to normal electrodes. Projections show
a full-scale prototype system will deliver more energy and power
from a lighter and smaller package, and because of Mainstream's
new cost-efficient production process, will do so without increasing
cost (while also reducing environmental concerns). In this project,
complete military vehicle batteries and ultracapacitors will be
fabricated and evaluated for military vehicle applications.