Cellergy Electrochemical Double Layer Capacitors use a unique patented production and manufacturing process, to achieve a small footprint, low Equivalent Series Resistance (ESR), high frequency and capability of storing relatively large amounts of energy.
Because we employ an innovative printing technique, Cellergy EDLCs can be readily produced in large wafers, cut to many different sizes with varied dimensions and shapes, including one of the smallest low ESR footprints on the market today.

Cellergy’s proprietary technology uses a printable aqueous electrode paste, printed in an electrode matrix structure on an electronically conductive film.
The electrodes are encapsulated with a porous ionic conducting separator and another electrode matrix is then printed on the separator.
This bipolar printing process can be repeated as many times as required to meet the specifications of the end user, before the finished wafer is packaged as individual EDLC's with low equivalent series resistance as well as low leakage current, and requiring no cell balancing or de-rating.
The combination of the separator and carbon paste lead to the capability of very high power bursts within low milli-second pulse widths.

The water-based system is environmentally friendly and non-toxic, and the finished capacitors can work at temperatures between
-40°C and 70°C, and are not affected by humidity.
Because Cellergy's super capacitors offer high power and high energy, coupling them with a battery offers the designer an effective low-cost way to solve a variety of power related issues in portable electronic devices.