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Energy storage / Electric vehicles / Electric double-layer capacitor / Energy conversion / Power-to-weight ratio / Rechargeable battery / Hybrid vehicle / Rechargeable energy storage system / Lithium-ion capacitor / Energy / Technology / Capacitors


HYBRID DRIVE SUPER-CAPACITOR ENERGY STORAGE CALCULATION Pavel Mindl CVUT FEL - Research Centre of JB, Technická 2, Praha 6, Czech Republic Phone: +Fax: +
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Document Date: 2003-12-01 10:37:14


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chemical accumulator / chemical accumulators / peak energy / car aerodynamic resistance / t2 car / energy storage / t1 car / energy recuperation / car hybrid drive / car acceleration / energy conversion / electric and electronic equipment / Similar car velocity decreasing / Linear car velocity increasing / t3 car / energy storage evaluation / electrical energy / energy accumulator / car driving manoeuvres / high-tech super capacitors / energy transmission efficiency measurement / energy density / classical chemical capacitors / energy reserve / car moves / energy transfer / energy fl / acceleration energy consumption / chemical capacitors / car quick velocity changes / energy / /

Organization

Faculty of Electrical Engineering CTU Prague / DC AC / Centre of JB / /

Person

Pavel Mindl / /

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Position

AUTHOR / professor / /

ProgrammingLanguage

DC / /

Technology

fuel cells / /

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