Ultracapacitor, Responding Mementary Blackouts for UPS

VINATech’s Ultracapacitors have been used in the applications of Energy, Automotive, and Industrial. VINATech’s technologies for the energy and industrial, includes numerous solutions from both the Ultracapacitors and the Fuel Cell ranges of efficient energy use.

Snap In Ultracapacitor ranges from 100 farads capacitance in a 22 mm x 45 mm (D x L) size can to 500 farads capacitance in a 35mm x 82mm (D x L) size can, and will have Mass Production in multi-site, and VINATech will serve numbers of customers with the best customer service and reasonable lead time.

Hy-Cap Ultracapacitors have higher power density, higher charge/discharge efficiency, wide operating temperature range, and longer life compared to lithium ion secondary batteries. Hy-Cap Ultracapacitor instantaneously or continuously supplies high current after storing a lot of electrical energy instantaneously by physically adsorbing and desorbing charges on the surface of activated carbon. VINATech Ultracapacitors are the environmentally friendly energy storage devices and have a high power density and long life, and Hy-Cap will be ideal to respond to momentary blackouts for Uninterruptible Power Supply (UPS) and to compensate peak power for Pitch Control of Wind Turbines.

VINATech’s mass production in the industry had launched the 3.0V Electric Double Layer Capacitor (EDLC) for the first time since 2010, with a 23% increase in energy density compared to 2.7V EDLC. VINATech’s Pulse Capacitor(VPC) launched recently with the operating voltage range of 2.5V to 3.8V. In particular, we are equipped with the world class smart-factory production technologies in the field of radial type supercapacitors 1F to 1,000F capacitance supercapacitors.

Custom Design Ultracapacitor modules at VINATech R&D

Hy-Cap, Snap In Series Ultracapacitors provides Capacitance ranges from 100 farad to 500 farad and with rated voltage at 2.7V and at 3.0V, and VINATech R&D Lab and Module Team provide custom design Ultracapacitor modules in series or in parallel.