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According to reports, researchers at the Swedish Organic Electronics Laboratory have successfully developed a super condenser that harnesses solar energy, which can store energy and convert up to 2500 times
that of conventional devices.
It is understood that the super condenser is an energy storage: that is, a battery
filled with charged particles (ions) between two electrodes.
The researchers took advantage of an interesting physical phenomenon in which if a supercapacitor is exposed to a temperature gradient, ions move toward the cold junction, a process that generates an electric current
.
When applying this thermoelectric effect to power generation, the conversion efficiency between heat energy and electrical energy depends on the size of
the electrolyte used and the ambient temperature difference.
Industry insiders pointed out that for China, such a large energy producer and consumer, there is both the need for energy conservation and emission reduction, and the need for energy growth to support economic development, which requires the vigorous development of the energy storage industry
.
At present, energy storage technology is developing
in the direction of large capacity, high conversion rate and low application cost.
This provides a rare leading opportunity
for Chinese enterprises with independent intellectual property rights and low-cost production advantages.
The super condenser has outstanding energy storage capacity, and once it is industrialized, its commercial value is great
.
Some analysts believe that the energy storage industry has explosive growth opportunities
in the next two years under the three driving forces of urgent terminal practical application demand, economy gradually reflected with cost reduction, and strong policy support.
As a major breakthrough in the energy storage industry, super condensers are expected to occupy a place
in the field of energy storage applications in the future.
According to reports, researchers at the Swedish Organic Electronics Laboratory have successfully developed a super condenser that harnesses solar energy, which can store energy and convert up to 2500 times
that of conventional devices.
It is understood that the super condenser is an energy storage: that is, a battery
filled with charged particles (ions) between two electrodes.
The researchers took advantage of an interesting physical phenomenon in which if a supercapacitor is exposed to a temperature gradient, ions move toward the cold junction, a process that generates an electric current
.
When applying this thermoelectric effect to power generation, the conversion efficiency between heat energy and electrical energy depends on the size of
the electrolyte used and the ambient temperature difference.
Industry insiders pointed out that for China, such a large energy producer and consumer, there is both the need for energy conservation and emission reduction, and the need for energy growth to support economic development, which requires the vigorous development of the energy storage industry
.
At present, energy storage technology is developing
in the direction of large capacity, high conversion rate and low application cost.
This provides a rare leading opportunity
for Chinese enterprises with independent intellectual property rights and low-cost production advantages.
The super condenser has outstanding energy storage capacity, and once it is industrialized, its commercial value is great
.
Some analysts believe that the energy storage industry has explosive growth opportunities
in the next two years under the three driving forces of urgent terminal practical application demand, economy gradually reflected with cost reduction, and strong policy support.
As a major breakthrough in the energy storage industry, super condensers are expected to occupy a place
in the field of energy storage applications in the future.
