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K2 Series - High Capacity Cells


Maxwell Technologies’ K2 series of ultracapacitor cells provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in the main power source. In addition, it can relieve batteries of burst power functions, thereby reducing costs and maximizing space and energy efficiency. The ultracapacitor features a cylindrical design and an electrostatic storage capability that can cycle a million charges and discharges without performance degradation. They are available in quick and easy to implement threaded terminals or in compact, weldable terminals.


The K2 Series ultracapacitors are a third generation design that provides 2.7 volt operating voltage while improving Maxwell's high performance and high reliability on a high volume manufacturing platform. These cells are ideal for automotive subsystems, medical devices, UPS/backup power, wind turbine pitch control, solar power smoothing, heavy transportation, public transit vehicles and many other applications.


The K2 Series works in tandem with batteries for applications that require both a constant power discharge for continual function and a pulse power for peak loads. In these applications, the device relieves batteries of peak power functions resulting in an extension of battery life and a reduction of overall battery size and cost.


The K2 Series is also an ideal source of back-up power. It can provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in a power supply or battery change. In applications where power is need in spikes, the K2 Series provides a “green” power solution to reduce peak power demands on the grid, batteries or generators. And, like all Maxwell ultracapacitors, the K2 Series is capable of accepting charges at the identical rate of discharge.



Models

  • BCAP0650 P270 K04
  • BCAP0650 P270 K05
  • BCAP1200 P270 K04
  • BCAP1200 P270 K05
  • BCAP1500 P270 K04
  • BCAP1500 P270 K05
  • BCAP2000 P270 K04
  • BCAP2000 P270 K05
  • BCAP3000 P270 K04
  • BCAP3000 P270 K05

Applications

  • Wind turbine pitch control
  • Automotive subsystems
  • Hybrid vehicles
  • Rail
  • Heavy industrial equipment
  • UPS & telecom systems

K2 Series Ultracapacitor Family

K2 Series - High Capacity Cells

Maxwell Technologies’ K2 series of ultracapacitor cells provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in the main power source. In addition, it can relieve batteries of burst power functions, thereby reducing costs and maximizing space and energy efficiency.

Maxwell Technologies’ K2 series of ultracapacitor cells provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in the main power source. In addition, it can relieve batteries of burst power functions, thereby reducing costs and maximizing space and energy efficiency. The ultracapacitor features a cylindrical design and an electrostatic storage capability that can cycle a million charges and discharges without performance degradation. They are available in quick and easy to implement threaded terminals or in compact, weldable terminals.


Features & Benefits*

  • Up to 1,000,000 duty cycles or 10 year DC life
  • High power density
  • 650F and 3000F capacitance range
  • Threaded terminals or laser-weldable posts

*Results may vary. Additional terms and conditions, including the limited warranty, apply at the time of purchase.
See the warranty details and enclosed information for applicable operating and use requirement.

 
K2 Series Ultracapacitor Family

K2 Series - High Capacity Cells

Maxwell Technologies’ K2 series of ultracapacitor cells provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in the main power source. In addition, it can relieve batteries of burst power functions, thereby reducing costs and maximizing space and energy efficiency.

Application Note
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Integration Kit
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