Extreme Environment Ultracapacitors

High-end Ultracapacitors Capable of Operation Under Extreme Temperature and Vibration Conditions

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High Temperature Ultracapacitors

Developed for down hole operations in Oil and Gas drilling , the EE Series was engineered to operate in the extreme environments (100°C, 125°C, 150°C) common to the energy exploration industry.

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Low Temperature Ultracapacitors

Our Low Temperature Ultracapacitors combine Nanoramic’s FastCAP ruggedized ultracapacitor technology with low temperature performance; Aerospace and Defense Applications; High Altitude Rechargeable Energy Storage; Data Recorders; Sono Buoys; Remote Telemetry Systems.

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Ultracapacitor Modules

Nanoramic Laboratories maintains a full  suite of capabilities for module development and testing including a full machine shop, harsh environment test facility, and production environment. Nanoramic also works closely with third party validation partners for a wide range of testing capabilities.

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Structural Ultracapacitor

Nanoramic's structural technology began as NASA funded research to integrate energy storage into a platforms structure and void spaces. The technology continues where light weight, low volume, and high energy are a must. Applications include light electric vehicles, launch vehicles, and high density storage.

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Heat Sink Ultracapacitor

Nanoramic’s FastCAP ultracapacitor technology enables significantly longer lifetime at high temperature compared to today's ultracapacitors. Based on Vertically Aligned Carbon Nanotubes with very high thermal conductivity, Nanoramic developed Heat Sink Integrated High Temperature Ultracapacitors.

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Custom Ultracapacitors

Our ultracapacitor technology is available for customization to suit your specific application. We offer the following parameters for customization:

  • Voltage & Temperature Range
  • Form Factor
  • Shock and Vibration Tolerance
  • Housing Material and Packaging
  • Terminals

NRE for module and pack design available

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