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The launch of supercapacitor fabrics dropped a shock bomb
on the clothing world.
However, due to technology, supercapacitor fabrics have never been able to provide enough voltage for these devices, stuck in a bottleneck
that is not up or down.
A few days ago, a research team from Brunall University in the United Kingdom broke through such difficulties, and also brought a new dawn
to supercapacitor fabrics.
The invention of supercapacitor fabric by the research team of Brunall University in the United Kingdom has also been patented, so that in addition to energy storage, the supercapacitor fabric is more important to be able to provide enough voltage for general equipment
.
Team member Professor Harrison said that supercapacitors are very common substances in general mobile phones, computers and tablets, because they can store energy without any chemical reaction, so they can be charged and discharged indefinitely
.
But if the supercapacitors are presented in a linear way, they will not be able to break through the 1V limit
.
Therefore, their team developed a multilayer structure with two layers of capacitors, so that the maximum voltage output can reach 2V, breaking the limitation
that ordinary batteries can only output 1.
5V.
The launch of supercapacitor fabrics dropped a shock bomb
on the clothing world.
However, due to technology, supercapacitor fabrics have never been able to provide enough voltage for these devices, stuck in a bottleneck
that is not up or down.
A few days ago, a research team from Brunall University in the United Kingdom broke through such difficulties, and also brought a new dawn
to supercapacitor fabrics.
The invention of supercapacitor fabric by the research team of Brunall University in the United Kingdom has also been patented, so that in addition to energy storage, the supercapacitor fabric is more important to be able to provide enough voltage for general equipment
.
Team member Professor Harrison said that supercapacitors are very common substances in general mobile phones, computers and tablets, because they can store energy without any chemical reaction, so they can be charged and discharged indefinitely
.
But if the supercapacitors are presented in a linear way, they will not be able to break through the 1V limit
.
Therefore, their team developed a multilayer structure with two layers of capacitors, so that the maximum voltage output can reach 2V, breaking the limitation
that ordinary batteries can only output 1.
5V.
