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Cables are the "lifeline" of a city, but the risks of short circuits, broken wires, grounding, and leakage of cables also endanger the lives and property of
the people.
How to build intelligent cables to monitor the entire power grid in real time, monitoring which intercept of the load is too large, which section of the line is aging, and which section has a break point has been a major issue
for electric power people for hundreds of years.
It turns out that there are only a few "neurons"
hidden inside the cable.
These "neurons" are made up of
smart chips.
They can accurately perceive the health of the cable, like a human sensory nerve
.
"Pain" means that the core wire has a breakpoint, "swelling" means that the load is too large and the current is too strong, and "hot" means that the temperature is too high.
.
.
Then use remote sensing, Internet of Things, big data, cloud computing and other high-tech to transmit the real-time monitoring data of the chip back to the monitoring terminal
.
Maintenance personnel only need to sit in the control center, can monitor the entire power grid in real time, which intercept of the load is too large, which section of the line is aging, which section has a break point, accurate positioning, at a glance, the system will also automatically warn.
To make intelligent cables, the first thing is to equip the cable with "neurons", which must break through the key technology
of sensor (smart chip) miniaturization and micropower supply.
Secondly, the cable core transmits strong electricity, and the intelligent monitoring system uses weak electricity, and the two must maintain a safe distance
.
Change the processing technology of the female cable, successfully implant the weak current conductor into the sheath material, and finally realize the market-oriented application of
intelligent cable.
Cables are the "lifeline" of a city, but the risks of short circuits, broken wires, grounding, and leakage of cables also endanger the lives and property of
the people.
How to build intelligent cables to monitor the entire power grid in real time, monitoring which intercept of the load is too large, which section of the line is aging, and which section has a break point has been a major issue
for electric power people for hundreds of years.
It turns out that there are only a few "neurons"
hidden inside the cable.
These "neurons" are made up of
smart chips.
They can accurately perceive the health of the cable, like a human sensory nerve
.
"Pain" means that the core wire has a breakpoint, "swelling" means that the load is too large and the current is too strong, and "hot" means that the temperature is too high.
.
.
Then use remote sensing, Internet of Things, big data, cloud computing and other high-tech to transmit the real-time monitoring data of the chip back to the monitoring terminal
.
Maintenance personnel only need to sit in the control center, can monitor the entire power grid in real time, which intercept of the load is too large, which section of the line is aging, which section has a break point, accurate positioning, at a glance, the system will also automatically warn.
To make intelligent cables, the first thing is to equip the cable with "neurons", which must break through the key technology
of sensor (smart chip) miniaturization and micropower supply.
Secondly, the cable core transmits strong electricity, and the intelligent monitoring system uses weak electricity, and the two must maintain a safe distance
.
Change the processing technology of the female cable, successfully implant the weak current conductor into the sheath material, and finally realize the market-oriented application of
intelligent cable.
