Transforming Energy Storage
Today, businesses and industry leaders are faced with the challenge of creating and utilizing products and technologies that are faster, more efficient, produce less waste and meet the evolving demands of our changing world. Over the past two decades, ultracapacitor technology has expanded to meet these challenges and is transforming the future of energy storage.
Ultracapacitors, sometimes known as supercapacitors, are innovative new energy storage devices that feature high power density, nearly instantaneous charging and discharging, extreme temperature tolerance, and a long and stable lifespan. Currently, ultracapacitors are in use in the electric vehicle (EV), mass transportation, and energy sectors, but their industrial applications continue to expand.
How Does an Ultracapacitor Work?
Ultracapacitors store energy in electrostatic form. Carbon-coated plates are placed in a liquid electrolyte made up of positive and negative ions dissolved in a solvent. This separation of positive and negative ions generates energy which can be harnessed through an external circuit and discharged in quick, efficient power boosts. The thin carbon coating and efficient design gives the ultracapacitor a higher energy density than other energy storage technologies.
How are Ultracapacitors Different Than Batteries?
Batteries rely on an electrochemical reaction to produce power. As these chemical reactions occur again and again throughout the battery’s lifespan, the product expands and contracts, weakening the battery’s components and limiting its lifespan.
In contrast, ultracapacitors use static electricity, giving them more overall stability and an exponentially longer lifespan than batteries.
What Are the Benefits of Using Ultracapacitors?
In addition to their quick and efficient power delivery and expanded lifespan, ultracapacitors are also known for their wide temperature tolerance, making them an effective power storage device. While individual units have a limit to their peak power output, ultracapacitors can be connected in a series to provide expanded power capabilities. Their efficient and compact design requires minimal maintenance, making them an ideal choice for a wide range of industrial applications.
Ultracapacitors in Action – Red Hawk Energy’s Switch Boost™ 120V System
Our innovative and patented Switch Boost™ 120V System utilizes ultracapacitor modules to provide enhanced power for high voltage railway power switches, which rely on short-time, high current energy inputs. The ultracapacitor’s efficiency, rapid recharge time, temperature stability and expanded lifecycle make this technology key for the evolving rail industry.
Learn How Ultracapacitor Technology Can Transform Your Operations
The technology for ultracapacitors is continuing to expand and evolve as various industries tap into its potential and improve the overall design. Electric vehicle manufacturers, aerospace engineering firms, and green energy companies are seeing the benefits of ultracapacitor technology, when used alone or in conjunction with traditional batteries.