Sentence examples for electric storage devices from inspiring English sources

The analytical framework is also applicable for correcting the energy consumption of the HEV to the value corresponding to balanced energy content of the electric storage devices.

Rapid transit trains can benefit substantially form aboard electric storage devices for the recuperation of the kinetic energy during braking and the limitation of power supplier current during acceleration.

Also, to prevent corrosion of the electrolyzer electrodes after sunset, i.e. when its current drops to zero, the electric storage device is designed so as to isolate the electrolyte from the electrolysis cell.

In addition to the investigations mentioned above, there have been some more detailed studies on hybrid diesel railcars with electric power transmission [4, 5] using electric energy storage devices.

Quaternary alkyl ammonium QAA) intercalated graphite compounds are promising as efficient and environmentally benign electrode materials in electric energy storage devices.

Results of this study can be widely used to design electrochemical devices (e.g. electrodes and electrolytes for electrochemical sensors and electric energy storage devices) for novel technologies.

The influence of the cell design of symmetric polypyrrole and cellulose-based electric energy storage devices on the cell resistance was investigated using chronopotentiometric and ac impedance measurements with different separator and electrode thicknesses.

Non-electric energy storage devices have not been considered by any of the authors cited, except for Read et. al. [6], who stated that flywheel storages could be a suitable alternative to electric double layer capacitors.

These results can be applied in the design of next generation of electronic storage devices utilizing magnetization and electric polarization.

In this paper, NFPP equipped with the superconducting magnetic energy storage system (SMES) as electric power storage device is proposed.

This result implies that the ZrO2/GO nanocomposite could be considered as a promising material in solving problems for electrochemical supercapacitors without losing its performance and can be employed as the electric energy storage device for the hybrid vehicles and new generation electronic devices.