Ultracapacitors: Emerging Technologies for High-Power Energy Storage

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Ultracapacitor
report

ERN's Emerging Energy Technologies Reports

Ultracapacitors:
Emerging Technologies for High-Power Energy Storage

Available now

Price:
$1,995 single
$3,495 enterprise*

$1,995 single

$3,495 enterprise

Energy storage is a critical piece of the clean energy revolution, especially in transportation and renewable energy generation.

Ultracapacitors are poised to play a pivotal role in energy storage by meeting the needs of high-power applications:
    * Acceleration power and braking energy capture for hybrid and electric vehicles
    * Acceleration power and braking energy capture for trains
    * Smoothing the flow of energy from wind and solar onto the grid

Energy Research News' in-depth report provides a comprehensive view of ultracapacitor technologies and applications, and analyzes how ultracapacitors for transportation, grid and industrial applications will evolve over the next few years.

Find out

    * how ultracapacitors will change hybrid/electric vehicles, rail and renewable energy
    * how ultracapacitor technology is changing
    * who is driving the change

The 208-page report includes profiles of 15 startups, 27 manufacturers, 29 suppliers and other companies, and 52 researchers. The profiles list key intellectual property, research papers and funding awards.

Request a copy of the Executive Summary.

Table of contents

Introduction
	Power
	Capacity
	Goals
Ultracapacitor Types
	Electric Double Layer Capacitors (EDLCs)
	Pseudo-capacitors
	Hybrid capacitors
Applications
	Transportation
	Light Vehicles
	Heavy Vehicles
	Rail
	Power Management
	Power Reliability
	Power Quality
	Frequency Regulation
	Grid Stabilization
	Renewable/Distributed Energy
	Niche Applications
Ultracapacitor Components
	Active Materials: Carbon
	Activated Carbon
	Templated Activated Carbon
	Cheaper Activated Carbon
	Solid Carbon
	Sol-gels
	Aerogels and Xerogels
	Carbon Nanofibers
	Carbon Nanotubes
	Graphene
	Carbon Plus
	Carbon Plus Nanoparticles
	Active Materials: Non-carbon
	Manganese Oxide
	Ruthenium Oxide
	Other Oxides and More
	Silicon Dioxide
	Conductive Polymers
	Current Collectors
	Electrolytes
	Ionic Liquids
	Electrolyte-less Charge Storage
	Separators
Costs
Performance Variables
Future Directions
Conclusions
The Companies
	Startups
	Major Manufacturers
	Other Companies
The Researchers

* An enterprise license permits an organization to post a report on an intranet and otherwise share the report internally. The report may not be shared with partners, customers or anyone else outside of the organization.

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