Examples of using Supercaps in English and their translations into German
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Supercaps and power capacitors complement this.
Electrochemical characterization of supercaps and batteries.
Supercaps Xtreme Boost your energy to new heights with this extreme energy formula from… lisez plus.
Materials for lithium ion batteries and supercaps.
However, applications such as LED lighting, SuperCaps and battery charging require a constant current source.
All the information at a glance:Rutronik presents extensive information website about powerful Supercaps Rutronik.
The SAUTER Energy Pack emergency positioning solution with supercaps offers advantages over spring return systems.
In fact, thanks to the supercaps, the diesel engine is protected somewhat, while the capacitors themselves are entirely maintenance-free.
These serve to charge and discharge the supercaps and power consumption.
Supercaps are power storage units that work better than batteries in situations when you need very high power values for short periods of time.
The braking energy is also recovered and stored in these supercaps so the energy can be used again for driving.
On the other hand, supercaps should not be overcharged, because that greatly reduces their service life and can damage the capacitor irreversibly.
With the new hybrid technique, the excessive energy is collected andstored via the generator directly in compact electrolytic capacitors Supercaps.
This electrical power is stored in supercaps for later use or is used immediately to power the electric motors installed in the rear axle.
Extensive experience and outstanding technical equipment allow complex requirements and interactions in sophisticated applications such as fuel cells,lithium ion batteries and supercaps, sensors, microsystems, and packaging in complex materials systems to be controlled.
In addition, the distributor has a wide range of supercaps in its portfolio, which can also be ordered online from its Rutronik24 e-commerce platform.
Supercaps(supercapacitors) are electrochemical capacitors, which are also counted as energy sources due to their construction with porous electrodes and dissolved ions in an organic electrolyte.
On the capacitive side we offer foil capacitators and supercaps, being used in power supplies as well as power electronic circuits.
By using WIMA SuperCaps as energy buffer electric motors supply full torque from a standing start within milliseconds and reliably absorb possible peak loads.
High-performance DC sources from ARADEX reproduce high-voltage batteries, supercaps and fuel cells or the DC voltage circuit of hybrid drives reproducibly.
Unlike batteries, supercaps are ideally suited to the continuous quick changeover between charging and discharging that occurs when stopping and pulling away again in typical city bus operation.
Within the framework of our partnerships with the quality assurance of batteries, fuel cells and SuperCaps, we are able to obtain the most suitable solution for every system and integrate it optimally into the overall system.
Furthermore, Supercaps can be a useful temporary memory when used in hybrid and electric vehicles in order to support the battery at short-term power peaks and thus to spare them.
As part of our cooperation with quality manufacturers of Supercaps, ARADEX can take the most sensible and efficient energy source for your system and integrate it optimally into the overall system.
Supercaps are especially used in applications that require a high power as well as a large number of cycles, in particular because of the high power density, the fast loading and unloading times and the low energy density.
If sufficient energy is stored in the supercaps, the electric motor can also provide assistance during idling and thus also improves the efficiency of the combustion engine.
The construction of Supercaps is usually based on a winding of four layers: a positive electrode, a separator with a saturated electrolyte, a negative electrode and a further separator with electrolyte.
As secondary components, accumulators and supercaps are used for intermediate storage of the electrical energy, since current fuel cell concepts cannot make the energy available with the usual dynamics in the vehicle.
Decoders of the family MX699 contain 3 internal Supercaps with 3 Farad each(former Goldcaps), which enable an effective energy storage for 1-5 seconds, depending on the consumptions. This allows to pass dirty or powerless parts of the track, without interruptions in the sound in full volume.
Supercap module for extremely fast performance availability.