With the SkelStart ESM, the ultracapacitors, not the batteries, provide the power required to start the engine. The batteries are then only required to provide low power loads once the engine is up and running.
Ultracapacitors have lifetimes of over 10 years in the right conditions, but changing the conditions can greatly influence the lifetime. This white paper explains how you can determine the expected lifetime of an ultracapacitor and how different properties impact it.
Equivalent series resistance is the underdog of ultracapacitor specifications. Limelight is often spoken for by Farads and operating voltage and the resulting energy density. However, when deployed for high pulse power loads – the strongpoint of ultracapacitors – ESR has the single strongest impact towards system efficiency and working temperature.
This webinar discusses the benefits of ultracapacitors in real-life user cases in transportation, automotive, electrical grid, pulse power, and industrial sector applications.
Explore how ESR can be used to adapt the balance of energy and power performance in ultracpacitors, the main sources of ESR and the methods that are best suited to evaluate it.
Skeleton Technologies' SkelStart Engine Start Module SKS 12V/1500CCA (12 VDC) and SkelStart Engine Start Module SKS 24V/900CCA (24 VDC) meet the provisions of the 2014/30/EU Directive of the European Parliament and of the Council of electromagnetic compatibility.
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