The University of Maryland in the United States has developed a new nano-cell technology that can be fully charged in only 12 minutes, significantly shorter than the current charge cycle of several hours. The study was funded by the U.S. Department of Energy. In addition, the researchers also said that this new technology has introduced the industry's long-awaited micro-storage components. This technological breakthrough may be of great benefit to electric vehicles, making the charging speed of such products comparable to the speed of gasoline vehicles. This battery uses a structure called nanopore to store the electrolyte and transfer the charge between the nanotube electrodes. Millions of such nanopore cells can be packed in a stamp-sized cell. The size of this nanopore is only 80,000th of the diameter of a human hair. The researchers said that they covered the energy storage material at both ends of the nanopore, and after being flushed into the electrolyte, each individual nanopore would become a battery, allowing them to be connected in parallel to supply power. Although the prototypes currently being tested are small in size and are only a thin piece of ceramic, researchers at the University of Maryland said they can further expand their volume and capacity. The battery capacity is basically the same as the mainstream battery, but the charging speed can be greatly accelerated. Product Parameters
The noise value is a value at a distance of 1 m.
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Pneumatic Driven Fan Bar Plate(plate-fin) Heat Exchanger Series
Features:
Aluminum bar plate fin structure, coupled with high-performance air pump motor and high-strength fan leaves, in the complex working conditions for a long time to work.
Application:
air compressor gas cooling.
Technical Parameters:
The displacement of the motor in the table is for reference only and can be adjusted according to the actual working conditions and requirements.
Motor in and out of the oil is bidirectional, the standard configuration for the suction type.
Maximum operating pressure: 100psi Best use pressure: 70psi Applicable temperature: -10 ℃ ~ 70 ℃
