EEC-F5R5H105N

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Electric Double Layer Capacitors (EDLC), also seen more commonly as ‘supercapacitors’ or ‘ultracapacitors’, are a newer technology that has attracted attention in the energy storage market. The EEC-F5R5H105N is a type of EDLC from the Panasonic range of supercapacitors. Understanding the application field and working principle of the EEC-F5R5H105N, can enable better choice of supercapacitor for a given application.

The potential applications for the EEC-F5R5H105N are very diverse. It is designed to provide an efficient, cost effective solution for short-term backup energy storage and power conditioning. It is also used in heavy duty automotive applications such as air brakes, power steering, and ABS (anti-lock brake system). It can also be used in renewables, such as wind turbines, solar panels and battery hybrids. It can also be used to supplement existing battery systems, providing backup power in case of failure. Lastly, its range of uses extend to industrial processes, such as instrumentation, automation and process control.

The EEC-F5R5H105N is a 5.5V-rated EDLC, denoting it is optimised for 5.5V systems. Capacity is typically rated at 3F. The cell is also very lightweight and small. For these reasons, it is a popular choice for mobile and embedded applications. The cells have a wide operating temperature range and require little maintenance.

The working principle of the EEC-F5R5H105N is quite simple. The capacitor is based on the same principle as a regular electrical capacitor, which stores electrical energy by forming an electrical field between two conducting plates. The main difference between a regular capacitor and a super capacitor is the presence of an electric double layer (EDL) that exists at the surface of the two conducting plates. The EDL increases the effective capacitance of the device, allowing it to store larger amounts of energy. The EDL also has the advantage of allowing a rapid charge and discharge, meaning the device can be used for short-term, high intensity power applications.

The EEC-F5R5H105N has been designed as a reliable and long-life EDLC. This is due to its careful construction. The electrodes are made from a lightweight, mechanically stable polymer. Specialized coatings on the electrodes allow for an increased charge-storage capacity. The cell is also equipped with an electrolyte solution that prevents short-circuit and max-voltage drift over time. This unique combination of features makes it a popular choice for many different applications.

In conclusion, the range of applications for the EEC-F5R5H105N Electric Double Layer Capacitor make it a very useful, cost-effective solution for short-term backup energy storage and power conditioning. Its unique construction allows it to perform well over a range of temperatures and with minimal maintenance. The Electric Double Layer Capacitor has been designed to last for long periods of time, making it a viable choice for many different applications.

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