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Supercapacitor modules are constructed by combining multiple supercapacitor cells together to increase the overall energy and power output. These modules consist of interconnected cells, often in series and parallel configurations. By combining multiple cells, they can provide higher voltages and increased energy storage capacities. Eaton’s supercapacitor modules are equipped with appropriate circuitry for monitoring and balancing cells.
Common supercapacitor modules applications include transportation and automotive, renewable energy systems, industrial equipment and machinery, uninterruptable power supplies (UPS), grid stabilization and peak shaving, and medical devices.
XVM: 16 V, 65 F, 236 x 45.8 x 77.5 mm
XLR-LV: 16.2 V and 18 V, 500 F, 416.2 x 67.2 x 175.9 mm
XTM-18: 18 V, 61.7 F, 236 x 45.8 x 77.5 mm
XLR-48: 48.6 V, 166 F, 420 x 196 x 178 mm
XLR-51: 51.3 V, 188 F, 420 x 196 x 178 mm
XLM: 62.1 V and 69 V, 130 F, 635 x 176 x 173 mm (passive and shunt balance and temperature output options available)
XLHV: 102 V and 144 V, 94 F to 62.5 F, 485 x 156 mm, in 480 and 605 mm heights (NEW RELEASE!)
SCG: Supercapicitor gateway for XLHV modules (NEW RELEASE!)
XVM-259: 259 V, 4.17 F - 6.25 F, 550 x 256 mm, in 68.7 and 93.7 mm heights
XVM-315: 315.9 V, 2.56 - 5.13 F, 440 x 377 mm, in 60, 70 and 95 mm heights
Discover the power and versatility of Eaton supercapacitors and modules—your go-to solutions for rapid energy storage and instant discharge.
In this video, we guide you through the essential calculations for sizing a supercapacitor, introduce Eaton’s portfolio of cylindrical cells and modules, and showcase the real-world advantages they deliver—such as exceptional cycle life, eco-friendly backup power, and easy integration.
Electric buses, trams, and hybrid vehicles use supercapacitor modules to store and release energy during acceleration, regenerative braking, and short-term power demands. They enhance the overall efficiency and lifespan of the vehicles.
Supercapacitor modules are used in conjunction with batteries in renewable energy systems like solar and wind power. They provide rapid energy storage and release for smoothing out power fluctuations and improving system stability.
Supercapacitor modules find applications in industrial machinery and equipment, particularly those requiring high bursts of power. They can deliver quick energy boosts for heavy machinery, robotic systems, and other high-power-demand applications.
Supercapacitor modules are utilized in UPS systems to provide short-term backup power during power outages or sudden load changes. They ensure a seamless transition and uninterrupted power supply to critical equipment and systems. Due to their long life and wide operating temperature range, supercapacitor modules are ideal for industrial environments as well as medical facilities.
Supercapacitor modules are employed in electrical grids for peak shaving and frequency regulation. They can quickly absorb or release power to stabilize the grid during periods of high demand or supply fluctuations.
This tool is designed to calculate and compare the total cost of ownership over the life of the backup power system for two energy storage technologies.
Perlindungan sirkuit, magnet daya, dan komponen elektronik superkapasitor yang dirancang untuk aplikasi otomotif.
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