What is an electric double-layer capacitor explained in one book on energy storage devices?
High-voltage electric double-layer capacitors that can be connected up to 2000V. Suitable for power, generation, and large motor applications. Materials answering the question "What is a capacitor?" will be provided.
A storage device refers to a device or system that can store electrical power, such as batteries or capacitors, and release it after a certain period of time. This document is a collection of basic knowledge explaining electric double-layer capacitors, covering their effects and principles, comparisons with other storage devices like batteries, and applications of large-capacity capacitors. It is a resource that provides fundamental understanding of capacitors that you may have been hesitant to ask about, so please feel free to contact us. [Contents (excerpt)] ■ What is an electric double-layer capacitor (EDLC)? ■ Principles and characteristics of electric double-layer capacitors ■ Comparison with other storage devices, etc. *For more details, please refer to the PDF document or feel free to contact us.
basic information
**Main Uses** ■ Energy Recovery Electric double-layer capacitors are used to recover and store braking energy from electric vehicles and hybrid cars for later reuse. They are effective due to their rapid charge and discharge capabilities. ■ Energy Storage They are used to absorb power fluctuations from renewable energy sources and maintain a constant output, thereby improving the stability of the power network. ■ Peak Shaving They are used to supply power during peak demand times and to flatten power demand. This enhances the stability of power supply and can reduce electricity costs. ■ Energy Storage Devices In energy storage systems for homes and businesses, electric double-layer capacitors can rapidly charge and discharge, making them suitable for peak shaving and backup power sources. ■ Engine Starters They are used in internal combustion engine vehicles, such as cars, to temporarily supply large amounts of power during engine startup. ■ Power Quality Improvement They are used to improve power quality and stabilize voltage within the power network.
Price range
P3
Delivery Time
OTHER
Applications/Examples of results
VPP system power leveling equipment, instantaneous voltage drop compensation equipment, port cranes, LRT (light rail transit)
