Skeleton Technologies is the only ultracapacitor manufacturer on the market with the capability to produce laser-welded ultracapacitor packs with a high number of design options.
SkelPack Welding Services offers:
+ Layout design+ Prototyping+ Series and contract manufacturing
SkelPack Welding Services uses Skeleton Technologies' market-leading SkelCap industrial ultracapacitors, which can be welded into almost any shape or size.
SkelPack ultracapacitor packs can be shaped to fit small spaces and, despite their small footprint, can still provide high power for various applications in passenger cars.
Ultracapacitors can be key in electrifying intra-city buses, where reliability, fast charging, and long lifetime provide quick return on investment.
The high reliability of laser-welded ultracapacitor packs combined with the long lifetime of SkelCap cells provides a winning combination for energy storage in wind turbines.
In high-end application industries such as aerospace and motorsports, low volume and weight are paramount. SkelPack laser-welded packs can be customized to fit practically any shape and power requirements.
Ultracapacitor-powered shuttles and AGVs can operate continuously by using opportunity charging in predetermined spots along their routes. Fast charging and reliable operation for 10+ years.
“The extremely high current tolerance of SkelCap is crucial in heavy-duty drivetrains”
R&D Manager, Visedo OY
“This Skeleton Technologies’ device has the best performance of any supercapacitor tested at University of California”
Andrew F. Burke
University of California, Davis
“The Skeleton Technologies ultracapacitors we use in our solution will help us reduce fuel consumption and carbon emissions by up to 25%, which means significant savings for the end customer.”
“Ultracapacitor technology has the potential to increase mission safety while reducing mission costs.”
PECS Manager, European Space Agency
VIEW ALL REFERENCES
Phone: +372 622 9370
Phone: +49 35952 416040
© 2019 Skeleton Technologies. All rights reserved.