Maximum Power in Minimal Space: SCHURTER Prismatic Supercapacitors
Supercapacitors store large amounts of energy and release it extremely quickly, making them highly valuable for numerous applications. SCHURTER’s new line of prismatic supercapacitors sets a new benchmark in energy storage solutions. What exactly are supercapacitors, and what distinguishes SCHURTER’s latest generation? Let’s take a closer look.
Table of contents
What is a Supercapacitor?
A supercapacitor, also known as a supercap or ultracapacitor, is a high-performance energy storage device designed for rapid charging and discharging. Supercaps combine the fast energy delivery of conventional capacitors with the high storage capacity of batteries, making them ideal for demanding applications.
How does a Supercapacitor Work?
Supercapacitors consist of two electrodes separated by an electrolyte. When a voltage is applied, ions in the electrolyte accumulate at the electrode surfaces, forming two charged layers. This phenomenon is known as electric double-layer capacitance (EDLC). This structure enables rapid energy storage and release without degradation caused by chemical reactions.
Supercapacitors vs. Batteries and Accumulators
Compared to batteries and accumulators of the same weight, supercaps have approximately 10% lower energy density. However, their power density is about ten to one hundred times greater. This allows supercaps to charge and discharge much faster. Additionally, they withstand significantly more charge-discharge cycles, making them especially suitable as supplements or replacements for batteries and accumulators in applications with high switching demands.
Power Density vs. Energy Density
Power density indicates how quickly an energy storage device can absorb or deliver energy. It is crucial for applications requiring short bursts of high power, such as motor starting. Supercapacitors impress with their high power density, providing energy almost instantaneously. Energy density reflects how much energy a device can store over a longer period. High energy density is essential for applications needing continuous power supply.
SCHURTER Prismatic Supercapacitors: Ultra-compact yet Powerful
In collaboration with CAP-XX, SCHURTER has developed ultra-thin, high-performance supercapacitors, setting a new standard in energy storage. The thinnest supercaps currently available bridge the gap in power and capacity between conventional capacitors and batteries. These prismatic supercapacitors combine high power density with extremely low equivalent series resistance (ESR) and an ultra-flat form factor – ideal for demanding electronic applications.
Available Variants of Prismatic Supercaps
SCPA
The ultrathin design of the SCPA series is perfect for space-constrained applications. With only 0.4 mm thickness, this model is currently the thinnest supercapacitor on the market offering high power. Additional features are:
- Available in single or dual cell
- High pulse power
- High power density
- Low ESR with high current capability
- Very low self-discharge
SCPB Supercap
The SCPB supercap is optimized for applications requiring exceptionally long service life. It delivers excellent performance even at low temperatures. Additional features are:
- Available in single or dual cell
- High pulse power
- Outstanding low-temperature performance
- High power density
- Low ESR with high current capability
- Very low self-discharge
SCPC Prismatic Supercap
The SCPC model from SCHURTER offers high-capacity solutions for energy-intensive applications with excellent temperature resistance. Additional features are:
- Available in single or dual cell
- High pulse power
- High rated temperature
- High power density
- Low ESR with high current capability
- Very low self-discharge
Why choose SCHURTER Prismatic Supercaps?
Several factors make SCHURTER’s latest product line the preferred choice:
- The world’s thinnest supercapacitors: The SCPA model is only 0.4 mm thick, making it the thinnest high-performance supercapacitor currently available.
- High energy density: Designed for rapid energy discharge in demanding, high-load applications.
- Minimal self-discharge: Ensures long-lasting energy retention and high efficiency.
- Exceptional lifespan: Significantly outperforms conventional rechargeable batteries in charge-discharge cycles.
- Wide range of applications
Application Areas for Prismatic Supercapacitors
SCHURTER’s prismatic supercaps are engineered for state-of-the-art applications:
- Wearables & Electronics: Reliable power supply for ultra-thin and lightweight devices.
- IoT Sensors: Compact and secure backup energy for connected systems.
- Medical Devices: Stable power for portable and mission-critical equipment.
- Automotive Systems: Efficient support for energy-intensive functions such as start-stop systems.
- Energy Harvesting: Sustainable energy generation through effective storage and delivery.
This might also interest you
-
Energy efficiency
LFP batteries explained – Modern energy storage at a glance
Efficient, durable, and safe: LFP batteries – or lithium iron phosphate batteries – are becoming increasingly important not only in electric mobility, but also in industry, storage systems, and tools. But what exactly do...
-
Industry 4.0
Machine learning: basics, processes, and potential
Machine learning is one of the most important technologies of the digital transformation. From intelligent voice assistants to predictive maintenance in industry, Machine Learning is everywhere, from our everyday lives t...
-
Industry 4.0
Industrial Internet of Things: A Compact Guide
The manufacturing industry is undergoing a profound transformation. With the advent of the Industrial Internet of Things (IIoT), a new technology is reshaping production, maintenance, and logistics. But what exactly do t...