127DCR2R3SLZ

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Electric Double Layer Capacitors (EDLC)

Electric Double Layer Capacitors (EDLC), commonly known as Supercapacitors, are gaining ground as a new generation of energy storage devices. An EDLC consists of a couple of electrically charged metal plates, separated by a thin, solid electrolyte material. This material is able to store and release a large amount of electric charge, lending the device its unique ability of providing very fast charge and release times, compared to traditional energy storage devices such as batteries and fuel cells.

The 127DCR2R3SLZ is an EDLC with an revolutionary redox electrode pair, consisting of two carbon electrodes, a positive and a negative, where redox electrolytes can be used. Its superior charge-discharge capability makes it suitable for applications such as energy storage, motor control, and UPS systems. It also exhibits a high energy density, and low internal resistance, allowing for leakage-proof design.

Working Principle

The working principle of the 127DCR2R3SLZ lies in its redox electrode pair, which essentially forms an energy-releasing compartment. In this energy-releasing compartment, oxidized and reduced ions exchange electrons, and in turn, electrons are released from the electrode pair. The amount of electrons released is proportional to the amount of charge stored in the energy-releasing compartment, therefore it can be used to control current

The 127DCR2R3SLZ exhibits good electrochemical stability, high capacity, rapid charge-discharge speed, and long cycle life. It is an ideal choice for energy storage applications such as UPS systems and motor control.

In general, the working principle of EDLCs is based on the double-layer mechanism. This process is carried out through two regions: the inner region and the outer region. The inner region consists of two redox electrodes, separated by a thin layer of electrolyte; while in the outer region, ions of opposite charge are present.

When a voltage is applied to the redox electrodes, positive and negative ions migrate to the opposite electrode, forming a double layer at each interface. Thus, a charge accumulates and is stored in the double layer, while the ions in the outer layer are prevented from interacting with the electrode.

The advantage of the double layer mechanism is that it allows for a larger storage capacity and a much higher rate of charge and discharge than other energy storage devices.

In summary, the 127DCR2R3SLZ is an EDLC that utilizes a redox electrode pair, consisting of two carbon electrodes. With an impressive energy density and low internal resistance, it is a perfect choice for energy storage, motor control, and UPS systems. Its double layer mechanism allows for a higher rate of charge and discharge, making it highly efficient and efficient for applications that need rapid charge and release times. Consequently, it is also considered to be one of the most reliable EDLCs available in the market.

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