105DCN5R5MCDZ

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The 105DCN5R5MCDZ electric double layer capacitor (EDLC) is a revolutionary device for energy storage and power delivery. It is capable of ultra-high energy density, long cycle life, and long power duration. This means that it can be used where conventional energy storage can’t, such as in automotive power systems, renewable energy systems, robotics, aerospace, and medical applications. Moreover, they can be used in combination with batteries and other energy storage devices to create hybrid power systems for higher power, extended energy capacity, and better power life.

An EDLC is a type of electrochemical capacitor specifically designed to store energy on two for-separated electrodes. The identifying feature of an EDLC is the use of an ionizable electrode material to form an electrical double layer, allowing an efficient and large- capacity storage of energy without the polarization losses of traditional “electrochemical” capacitors. The EDLC is an enabling capacitor technology for ultra-fast bulk energy storage, for both charging and discharging, from continuous or pulsed power sources.

The 105DCN5R5MCDZ Supercapacitor offers incredibly high capacitance and improved charge-discharge cycles over traditional capacitor technologies. Compared to batteries and other conventional energy storage media, supercapacitors offer significant advantages such as ultra-fast charge/discharge times, high power density, broad-temperature operation, and superior shelf-life. This makes supercapacitors a potentially valuable part of any energy storage system.

The working principle of the 105DCN5R5MCDZ Supercapacitor is based on a unique combination of electrical double-layer capacitance and electrochemical pseudocapacitance, which is the result of reversible redox reactions of the electrolyte with the active material of the electrodes. Electrical double- layers form at the electrode/electrolyte interface, and when a potential is applied to the electrodes, this induces a charge separation in the double-layer and produces an electric field. This electric field is what creates the charge-storage capacity of the EDLC.

In the case of supercapacitors, the electrochemical reactions occurring at the interface between the electrode and the electrolyte also contribute to the charge-storage capacity. When a potential is applied across the supercapacitor, charged ions of the electrolyte move to the positively charged electrode; this movement of ions is what creates the capacitance of the supercapacitor.

The 105DCN5R5MCDZ EDLC and Supercapacitor are designed with advanced features and performance characteristics to meet the most demanding energy storage and power delivery applications. With their high energy density, excellent charge-discharge cycles, and extended operating life, these devices are ideal for uses such as automotive power systems, renewable energy systems, robotics, aerospace, and medical applications.

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