Temperature monitoring system and method for high-voltage charged body with zero power consumption chip implantation and wireless network mode

The invention discloses a temperature monitoring system and method for a high-voltage charged body with a zero power consumption chip implantation and wireless network mode. The temperature monitoring system comprises a computer, a database, a zero power consumption chip sensor and a radio transceiver, wherein temperature-sensing elements of piezoelectric materials are integrated inside the zero power consumption chip sensor; the zero power consumption chip sensor, a thin-type chip, is integrated with an interdigital transducer and a semiconductor having a "seebeck effect" , and is pasted onto the surface of the high-voltage charged body with a heat transfer coating material as a medium. With a temperature sensing mode which is characterized in that the zero power consumption chip is directly implanted into the high-voltage charged body, the theoretical power consumption of the chip is zero, and thus defects of current sensing modes in the prior art are compensated; besides, with the adoption of a wireless network transmission mode, a full isolation is really realized. With the technical scheme, problems of insulation and power supply in temperature measuring of the high-voltage charged body are completely solved, and the high-voltage charged body can be monitored online in real time.