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Thermal, Propulsion & Energy

Indian Army looks to tap renewables to supply power military installations and soldiers in high altitude areas such as Ladakh.

Ladakh accounts for more than two-thirds of the land area of the Indian state of Jammu & Kashmir. As a high altitude cold desert, though, it hosts only about 5% of the state’s population. With the mercury dipping to minus 20 degrees Celsius or lower during winter nights, and about minus …

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Nanofluids for thermal management of Space and Nuclear systems, military vehicles and submarines, power electronics and directed-energy weapons

Because of higher density chips, the design of more compact electronic components makes heat dissipation even more difficult. All advanced electrical or electronic devices are facing heat management challenges due to the increased levels of heat generation and the reduction in the surface area for heat rejection or dissipation. So …

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DARPA’s N-ZERO extends the lifetime of IoT devices and remote sensors from months to years

Today U.S. soldiers are being killed because the Defense Department cannot deploy all the sensors it would like to. DoD could  deploy sensors every few yards to detect  buried  improvised explosive device (IED). As it is, every sensor deployed today has to be battery powered, so even if vast sensor nets …

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Microbial Fuel Cell (MFCs) becoming capable to provide continuous sustainable energy to power wireless ensors networks and underwater sensors

Microbial fuel cells (MFCs), generate electric energy by converting chemical energy from organic compounds through catalytic reactions by microorganisms. Microbial fuel cells (MFCs) are envisioned as one of the most promising alternative renewable energy sources because they can generate electric current continuously while treating waste. While these cells individually produce …

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