Use reversible voltage regulators to build simple and compact supercapacitor backup circuits.

An overview of DC microgrid structure and supercapacitor backup energy storage.

A look at the technology of kinetic energy recovery systems (KERS) to harvest energy from the motion of a vehicle including the different types of technologies.

Maxwell Technologies, Inc. discusses their ultracapacitors and their potential uses for voltage stabilization in automotive and large-scale industrial markets.

Low-power microcontrollers have done much to improve longevity in energy-harvesting systems.

Digi-Key Corporation today announced the signing of a global distribution agreement and will now distribute Maxwell Technologies products worldwide.

Maxwell products are designed and built to provide failure-free performance for the life of the most demanding applications.

This is Maxwell's data sheet for their 48V modules.

This is Maxwell's data sheet for their 56V module.

This is the data sheet for Maxwell's 160V module.

Ultracapacitors have significant advantages over batteries such as high power density, high efficiency, long service life, predictable aging, wide operating temperature range, and light weight.

View BC Series Datasheet from Maxwell Technologies Inc at DigiKey.

Maxwell's white paper provides an overview of some of the key performance characteristics and design issues of ultracapacitors.

This product comparison matrix compares various Maxwell ultracapacitors.

This is Maxwell's data sheet for their BC series ultracapacitors.

Maxwell's data sheet for their 16V small cell module.

This application note from Maxwell gives some general information on ultracapacitor characteristics and cell sizing.

This is Maxwell's data sheet for their HC series ultracapacitors.