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Supercapacitor Activated Carbon

Active carbon is a leading electrode for super capacitors, providing the super-high surface area, optimal pore structure, and electrochemical stability needed for extraordinary capacity, fast charging, and multimillion-cycle endurance.
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What Is Supercapacitor Activated Carbon?

Super Capacitor Active Carbon is a special, well engineered type of active carbon that is used as a main electrode for electrical double layer capacitors (EDLCs) – one of the largest worldwide deployment types of super capacitors. In EDLC, the electric storage is achieved by the reversible absorption and desorbing of the electrolyte on the surface of the active carbon electrode and the liquid electrolyte – a pure physical process which does not involve any chemistry and allows for the extremely fast charge and discharge speed which makes the supercapacitors different from normal cells.

The performance of EDLC super capacitors depends on the characteristics of their active carbon electrodes. The BET surface area — usually between 1500 and 3000 meters per gram for high performance super-capacitors — is a direct control of the capacity and the power density. Pore size distribution determines how effectively electrolyte ions can access the internal carbon surface, governing power density and rate capability. The electric conduction, the amount of ash, the diameter of the grain, and the charge density of the electrode all affect the inner resistance, the self – discharge ratio, and the long term circulation stability. Thus, the production of SC active carbon is much more demanding than that of the filter class, which demands accurate control of each step of the choice of raw material, activation, post processing and quality assurance.

Key Advantages of Supercapacitor Activated Carbon

  • Ultra-High BET Surface Area for Maximum Capacitance: Super Capacitance Grade Active Carbon having a BET surface area above 2000 Nm/g offers exceptionally dense electrochemical activation sites, which can maximise the amount of charge stored by a unit weight and allow the EDLC super capacitors to compete with the battery techniques for high power and short term power storage.
  • Optimized Pore Size Distribution for High Power Density: Precise micro-poro- and mesoscopic structures provide fast, unimpeded delivery of electrolyte ions to all of the active electrode surfaces – minimum equal serial resistance (ESR), maximum power density, and the ability of subsecond charge and discharge which render supercapacitors essential for regenerative braking, power-quality regulation, and peak-power-assistance applications.
  • Ultra-Low Ash and Impurity Content for Extended Cycle Life: The presence of metal and ash in the active carbon speeds up the deterioration of the electrode, improves the self discharge, and decreases the capacity retention during the period of the cycle - making the ultra low ash content a key criterion for the super capacitor class, which has to provide consistent performance across one million or more charging cycles in the EV and the grid.
  • Consistent Particle Size and Electrode Processing Compatibility: Accurate grain size distribution and surface chemical properties guarantee even flow of the electrode paste, consistency of the coating, and the repeated thickness of the electrode during the fabrication of the supercapacitor battery – allowing high yield EDLC cells to be produced in a wide range of output in line with strict capacity and resistance requirements.
  • Broad Electrolyte Compatibility Across Aqueous and Organic Systems: High performance super capacitor active carbon performs reliably across water, organic (acetonitrile and propene carbonate-based), and ion liquid electrolyte systems — offering versatile electrode material that supports the development of equipment in the full-voltage and temperature-controlled operating range.

업계의 과제

Balancing Surface Area Against Electrical Conductivity

The high-active carbon with the largest surface area tends to show decreased graphitic properties and a lower electric conductivity, thereby improving the ESR equivalent resistance (ESR) in the completed EDLC cells – which demands carefully optimizing the activation conditions to maximise the capacity while not unduly compromising the power-density properties that define supercapacitor.

Ultra-Low Metallic Impurity Requirements Are Technically Demanding

Super Capacity Active Carbon has to reach a concentration of ash and metal impurities which is an order of magnitude higher than a filter grade carbon, which demands a high degree of control over the procurement of raw materials, activation chemicals, and post-treatment cleaning, which greatly adds to the manufacturing complexity and the cost of the process.

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Uneven grain size distribution results in uneven rheological properties of the electrode paste, coating defects, and changes in the thickness of the electrodes in the process of fabrication of the supercapacitor battery – direct reduction in the productivity of the output, the increase in the capacity of the cell, and the rise in the quality control costs of the EDLC producers that are working with a large amount of output.

제품 개요

활성탄

EN-PC-1800

Specific Use Scenarios — Supercapacitor Activated Carbon

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독립형 가정용 공기청정기에 탑재된 활성탄 여과층은 VOC, 주방 냄새, 담배 연기, 반려동물 냄새는 물론 가구, 마루판, 건축 자재에서 배출되는 포름알데히드 등 HEPA 여과 시스템으로는 감지할 수 없는 오염 물질을 흡수할 수 있습니다. HEPA 층 하류에 위치한 미립자 또는 탄소가 함침된 섬유 매체는 공기 정화 시스템을 보완하는 화학적 여과 단계를 제공하여, 단순히 미립자만 제거한 공기가 아닌 진정으로 깨끗한 실내 공기를 제공합니다.

Grid Energy Storage and Power Quality Conditioning

The application of an active carbon EDLC unit to a universal and commercial super-capacitor bank in the grid is designed to offer a rapid response to the demand for a quick response to the demand — which includes frequency adjustment, voltage stability, load balancing, and UNINTERRUPTIBLE Power Supply Bridging — which is impossible for a battery system to deliver at a sufficiently fast rate or cycle duration. Active Carbon Super Capacitors can be used in a few milliseconds to react to a network disruption, and can withstand several tens of thousands of charge and discharge cycles with no loss of capacity.

Renewable Energy Output Smoothing

Solar PV and wind energy generate inherently variable and intermittent power output, which poses network stability problems when renewables are high. Using an active carbon electrode, a super-capacitor system is mounted in a renewable source and grid junction to take in short periods of time – by smoothing out the output of the generator and the solar array in a second to one second, and lowering the amount of slope required for the production of traditional spinning reserves – increasing the stability of the network and allowing greater availability of renewables, while not compromising the reliability of the supply.

Industrial Crane and Heavy Equipment Energy Recovery

Harbour cranes, mining lifts, industry lifts and heavy machinery produce high regeneration power impulses at the time of the drop and the slowdown, which constitute an important and renewable source of power for the industry of high duty cycle. Active Carbon Super Capacitor Systems capture this regeneration energy at a high power level and frequency that is not possible for a battery system, and then put it back into the drive train in the following up- or accelerating cycle – which will cut down on the net cost of electricity, the cost of peak demand, and the size of the generator in an off-grid industry.

Hybrid Energy Storage Systems with Lithium-Ion Batteries

In a wide range of demanding energy storage applications — such as electric buses, industrial cars, and grid storage facilities — active carbon supercapacitors are used in a hybrid configuration, along with lithium ion batteries. Super capacitors are used to deal with high speed charge and discharge events which could cause a strain or degradation in a cell, and to deliver continuous power – to prolong the lifetime of the entire system, to lower the frequency of switching, and to increase the overall cost of owning a hybrid energy storage facility.

Consumer Electronics and Portable Device Power Management

Compact super-capacitor cells utilizing high surface area active carbon electrodes are incorporated in smart phones, wearable devices, wireless sensors, and Internet of Things equipment to deliver instant electricity to high current capabilities — such as camera flash, radio transmission burst, and processor peak load — that primary batteries can’t supply without a voltage drop. Active Carbon Super Capacitors in Consumer Electronics are used to increase the lifetime of the Primary Battery by dealing with Peak Current Requirements, allowing Quick Partial Charging and Maintenance of Equipment Performance in Cool Environments with Significant Reduction of.

Transportation and Military Backup Power Systems

Active Carbon Super Capacitor Modules are used in railway traction systems, metro trains, military cars, and aerospace applications as back-up power supply and energy recovery systems in which the combined use of extremely long cycle endurance, broad operational temperature range, and instant power availability is crucial in operational terms. Unlike batteries, active carbon supercapacitors maintain full performance across temperature ranges from -40 ° C to + 65 ° C, require no heat management systems, and deliver rated power output immediately from any state of charge – making them the preferred energy storage technique for mission-critical applications that can’t be compromised in terms of reliability and availability.

Our Supercapacitor Activated Carbon Advantages

Ultra-High Surface Area for Maximum Capacitance and Energy Density

Super Capacity Grade Activated Carbon Engineered to BET Surface Area Above 2000 Meters/g provides extraordinary Electrochemical Active Site Density - Direct Maximum EDLC Capacity, Volume Stored Volume, and Competitive Energy-Density Capability Demanded by Super Condenser Makers to Replace Cells in High Power Use.

Optimized Pore Architecture for Superior Power Density and Rate Performance

Accurate micro-pore and mesoscopic distribution guarantees fast, unimpeded flow of electrolyte ions across the entire electrode volume – minimum ESR (EPE), maximum power density, and a subsecond charge capacity essential for regenerative braking, grid frequency adjustment, and peak power assistance applications.

Ultra-Low Impurity Content for Multi-Million Cycle Durability

Strict control over the amount of dust, metal impurities, and surface chemistry provides excellent electrochemistry over one million or more CHARGE-DISCHARGE cycles - keeping the capacity constant, minimising self discharge, and guaranteeing the long operating lifetime required for EV, GTE, EV, and IM applications.

모든 활성탄 카테고리 보기

The function of a supercapacitor starts by choosing an active carbon class that is tailored to your electrolyte system, the desired capacity, and the power density. We have a wide variety of active carbon products that are specially designed for the production of EDLC electrodes with precise BET surface, pore diameter, grain diameter, and ultra low ash level. View the full Active Carbon catalogue for comparison of specs, and determine the appropriate grade for your super capacitor.

 

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모든 산업용 솔루션 보기

Supercapacitors represent a key application in the fast-developing field of energy storage and industrial problem-solving, where high-performance chemical materials provide essential functional advantages. Whether your business covers renewable energy storage, electric vehicle technology, water treatment, industrial gas purification, or environmental remediation, our industry solution series relies on activated carbon, alumina, titanium dioxide and other high-performance materials. Discover our industry solutions to select the appropriate material and technical route tailored to your unique application scenarios and performance needs.
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